NTT Ltd just launched their fifth data centre in Malaysia – Cyberjaya 5 (CBJ5)!
Here is a quick look at what NTT Cyberjaya 5 offers!
NTT Launches Fifth Data Center In Malaysia – Cyberjaya 5
On 3 February 2021, NTT Ltd announced the launch of their fifth data center in Malaysia – Cyberjaya 5 (CBJ5).
Located within the NTT Cyberjaya Campus, this new 107,000 square feet data center is designed for hyperscalers and high-end enterprises in Malaysia’s growing digital economy.
CBJ5 supports 6.5 megawatts of flexible and scalable power, and boasts a Tier IV-ready, compact and modular design, with a cooling wall system that handles up to 15 kilowatts per rack.
NTT clients will have greater access to flexible, scalable and secure infrastructure in Malaysia – a regional data center hub.
“The demand for data storage and managed hosting services is expected to grow exponentially across Malaysia. This fifth data center will meet the expanding needs of organizations to reach their digital business objectives, in particular the FSI sector, as our data center complies with the Risk Management in Technology (RMiT) guideline set by Bank Negara Malaysia. We hope to play a key role in providing the vital data capacity at a high speed to keep Malaysia’s digital ecosystems and the digital economy ticking.” said Henrick Choo, CEO, NTT Ltd. in Malaysia.
NTT Cyberjaya 5 : Part Of Strategic ASEAN Hub
CBJ5 is connected to the existing Asia Submarine-cable Express (ASE) and Asia Pacific Gateway (APG) cable system, and will eventually be linked to the upcoming MIST cable system.
The MIST cable system will be available by end 2022 and it is a strategic joint venture for international submarine cables in South East Asia, with Orient Link Pte. Ltd.. It will enable NTT Ltd. to expand its offerings into India and beyond, while the ASE and APG cable systems provide global connectivity from Asia to United States.
This new expansion in Malaysia is part of NTT Global Data Centres division’s growth strategy. Malaysia is a prime data centre market in the ASEAN region, due to the abundant availability of resources, and favourable government policies.
“NTT places Asia Pacific as a tactical key region, and Malaysia – a strategic hub for the submarine cables operated by NTT such as the new MIST cable system, as well as the existing Asia Submarine-cable Express (ASE) and Asia Pacific Gateway (APG). Furthermore, CBJ5 will drive business opportunities in Asia through the upcoming MIST cable system which will link all our large-scale data centers in the region. Our continued commitment to Malaysia will help position NTT as a technologically innovative leader to address the industries of the future,” said Ryuichi Matsuo, Executive Vice President for NTT Ltd.’s Global Data Centers division.
“The pandemic also illustrated the importance of effective connectivity and reliable infrastructure to ensure business continuity. NTT’s global data center platform offers flexible, scalable and secure infrastructure along with a full-stack of customizable solutions that clients can utilize to support their digital transformation needs and maintain critical applications in a comprehensive, hybrid IT environment,” he concluded.
Find out how Honeywell has pivoted to deliver new services and products that help critical industries tackle the COVID-19 pandemic!
How Honeywell Is Helping Industries Tackle COVID-19
Honeywell have long been a solution partner for critical industries, with over 100 years of global experience in various industries.
In an exclusive roundtable session, Norm L. Gilsdorf, President of Honeywell ASEAN, detailed how the COVID-19 pandemic has created a crisis for critical industries.
On the other hand, it offered Honeywell the opportunity to showcase their expertise in creating new solutions and products to meet the new challenges.
Honeywell Products + Services That Help Industries Tackle COVID-19
Honeywell have quickly pivoted to develop these new solutions and products to help critical industries In ASEAN countries and around the world better handle the challenges of the COVID-19 pandemic.
Honeywell UV Treatment System
The Honeywell UV Treatment System is a deep ultraviolet (UVC) sanitising system for airlines that significant reduces certain viruses and bacteria on airplane cabin surfaces.
It is roughly the size of the typical airline beverage cart, with arms that extend over the top of seats, to sweep the cabin with UVC light.
The Honeywell UV Treatment System can service an aircraft cabin in less than 10 minutes for just a few dollars per flight for midsize to large airline fleets.
Currently, several major airlines in the ASEAN region are testing this system on their aircraft.
Honeywell Healthy Building Solutions
The Honeywell Healthy Building Solutions are not new, but they go a long way to help companies protect their workforce from COVID-19.
By integrated air quality, safety and security technologies, they help to improve the health of building environments, operate more cleanly and safely, and help enforce social distancing policies.
The same technologies can also be employed in other public and commercial facilities like hospitals, airports, factories, educational institutions, etc. to enhance safety and compliance.
Honeywell Remote Industrial Solutions
The Honeywell Remote Industrial Solutions are being used by customers to handle COVID-19 related constraints and maintain business continuity, while protecting employees.
This software suite, which includes Experion Remote Operations, allow for remote management as well as work-from-home abilities for employees.
Honeywell Forge Cybersecurity Suite helps customers ensure business continuity in the face of mounting cyber threats, uncertain business conditions and supply chain disruptions.
Warehouse and logistics solutions help drive the exceptional growth of e-commerce in the ASEAN region and beyond, during the pandemic. They also support cold chain services for delivering medical products, including vaccines.
Other Honeywell Solutions That Help Against COVID-19
Other Honeywell solutions that help people and industries handle COVID-19 include :
Gas and flow sensors for ventilators, oxygen concentrators and respiratory machines;
Thermorebellion, a new temperature monitoring solution that incorporates advanced, infrared imaging technology and artificial intelligence algorithms to conduct non-invasive, preliminary screening of personnel entering facilities such as airports, hospitals and plants;
Vitaly Kamluk, Kaspersky Director of Global Research and Analysis for APAC, explores the impact of social media activities on our digital reputation, as well as those of brands and companies!
Digital Reputation : What Is It?
Digital reputation is the online version of good old fashion reputation. The only difference is that it is defined by our online behaviour and what people are saying about us, or the brand.
In short, our digital reputation is a combination of our digital footprint, and the impact it has on how other people perceive us, or the brand.
As the world becomes more connected, digital reputation is becoming more than just important – it is now critical to the future and success of any individual or corporation.
This has led to a shift in how people and brands behave online these days…
As Jesmond Chang, Head of Corporate Communications for Kaspersky APAC, shared above :
32% of social media users in APAC use anonymous accounts
50% of social media users in APAC avoid companies that are involved in a scandal, or had received negative news coverage online
40% also stopped using a company’s or brand’s products once they are embroiled in some kind of online crisis.
Kaspersky on APAC Digital Reputation Threats!
At the 6th Vitaly Kamluk, Kaspersky Director of Global Research and Analysis for APAC, shared the latest threats to digital reputation in the APAC region, which is precipitated by the COVID-19 pandemic.
“One of the most visible effect of this pandemic is how it forced everyone, from individuals to the biggest companies, to shift a lot of their activities online.
This dependence, triggered by our need to secure our physical health, also pushed us to increase our social media use, either to connect with our distant loved ones, to give support to our community, to entertain ourselves, or to get hold of products and services that we need.
Parallel to this trend is the opening of wider doors for cybercriminals to exploit”
With many employees working from home, cybercriminals have found new ways to exploit this situation :
brute force attacks on database servers increased 23% in April 2020
Malicious files planted on websites increase 8% in April 2020
Network attacks and phishing emails also rose
Kaspersky themselves reported an increase of unique malware samples from 350,000 per day pre-COVID, to 428,000 per day!
With the increased reliance on online services, including remote work and learning, e-commerce purchases and a greater adoption of e-wallets, the 2020 threat landscape appears to favour cybercriminals.
AMD just announced the Instinct MI100 – the world’s fastest HPC GPU accelerator, delivering 11.5 TFLOPS in a single card!
AMD Instinct MI100 : 11.5 TFLOPS In A Single Card!
Powered by the new CDNA architecture, the AMD Instinct MI100 is the world’s fastest HPC GPU, and the first to break the 10 TFLOPS FP64 barrier!
Compared to the last-generation AMD accelerators, the AMD Instinct MI100 offers HPC applications almost 3.5X faster performance (FP32 matrix), and AI applications nearly 7X boost in throughput (FP16).
up to 11.5 TFLOPS of FP64 performance for HPC
up to 46.1 TFLOPS of FP32 Matrix performance for AI and machine learning
up to 184.6 TFLOPS of FP16 performance for AI training
2nd Gen AMD Infinity Fabric
It also leverages on the 2nd Gen AMD Infinity Fabric technology to deliver twice the peer-to-peer IO bandwidth of PCI Express 4.0. Thanks to its triple Infinity Fabric Links, it offers up to 340 GB/s of aggregate bandwidth per card.
In a server, MI100 GPUs can be configured as two fully-connected quad GPU hives, each providing up to 552 GB/s of P2P IO bandwidth.
Ultra-Fast HBM2 Memory
The AMD Instinct MI100 comes with 32 GB of HBM2 memory that deliver up to 1.23 TB/s of memory bandwidth to support large datasets.
PCI Express 4.0 Interface
The AMD Instinct MI100 is supports PCI Express 4.0, allowing for up to 64 GB/s of peak bandwidth from CPU to GPU, when paired with 2nd Gen AMD EPYC processors.
In addition to the gaming-centric RDNA architecture, AMD just introduced a new CDNA architecture that is optimised for compute workloads.
Here are some key tech highlights of the new AMD CDNA architecture!
AMD CDNA Architecture : What Is It?
Unlike the fixed-function graphics accelerators of the past, GPUs are now fully-programmable accelerators using what’s called the GPGPU (General Purpose GPU) Architecture.
GPGPU allowed the industry to leverage their tremendous processing power for machine learning and scientific computing purposes.
Instead of continuing down the GPGPU path, AMD has decided to introduce two architectures :
AMD RDNA : optimised for gaming to maximise frames per second
AMD CDNA : optimised for compute workloads to maximise FLOPS per second.
Designed to accelerate compute workloads, AMD CDNA augments scalar and vector processing with new Matrix Core Engines, and adds Infinity Fabric technology for scale-up capability.
This allows the first CDNA-based accelerator – AMD Instinct MI100 – to break the 10 TFLOPS per second (FP64) barrier.
The GPU is connected to its host processor using a PCI Express 4.0 interface, that delivers up to 32 GB/s of bandwidth in both directions.
AMD CDNA Architecture : Compute Units
The command processor and scheduling logic receives API-level commands and translates them into compute tasks.
These compute tasks are implemented as compute arrays and managed by the four Asynchronous Compute Engines (ACE), which maintain their independent stream of commands to the compute units.
Its 120 compute units (CUs) are derived from the earlier GCN architecture, and organised into four compute engines that execute wavefronts that contain 64 work-items.
The CUs are, however, enhanced with new Matrix Core Engines, that are optimised for matrix data processing.
Here is the block diagram of the AMD Instinct MI100 accelerator, showing how its main blocks are all tied together with the on-die Infinity Fabric.
Unlike the RDNA architecture, CDNA removes all of the fixed-function graphics hardware for tasks like rasterisation, tessellation, graphics caches, blending and even the display engine.
CDNA retains the dedicated logic for HEVC, H.264 and VP9 decoding that is sometimes used for compute workloads that operate on multimedia data.
The new Matrix Core Engines add a new family of wavefront-level instructions – the Matrix Fused Multiply-Add (MFMA). The MFMA instructions perform mixed-precision arithmetic and operates on KxN matrices using four different types of input data :
INT8 – 8-bit integers
FP16 – 16-bit half-precision
bf16 – 16-bit brain FP
FP32 – 32-bit single-precision
The new Matrix Core Engines has several advantages over the traditional vector pipelines in GCN :
the execution unit reduces the number of register file reads, since many input values are reused in a matrix multiplication
narrower datatypes create opportunity for workloads that do not require full FP32 precision, e.g. machine learning – saving energy.
AMD CDNA Architecture : L2 Cache + Memory
Most scientific and machine learning data sets are gigabytes or even terabytes in size. Therefore L2 cache and memory performance is critical.
In CDNA, the L2 cache is shared across the entire chip, and physically partitioned into multiple slices.
The MI100, specifically, has an 8 MB cache that is 16-way set-associative and made up of 32 slices. Each slice can sustain 128 bytes for an aggregate bandwidth of over 6 TB/s across the GPU.
The CDNA memory controller can drive 4- or 8-stacks high of HBM2 memory at 2.4 GT/s for a maximum throughput of 1.23 TB/s.
The memory contents are also protected by hardware ECC.
AMD CDNA Architecture : Communication + Scaling
CDNA is also designed for scaling up, using the high-speed Infinity Fabric technology to connect multiple GPUs.
AMD Infinity Fabric links are 16-bits wide, and operate at 23 GT/s, with three links in CDNA to allow for full connectivity in a quad-GPU configuration.
While the last generation Radeon Instinct MI50 GPU only uses a ring topology, the new fully-connected Infinity Fabric topology boosts performance for common communication patterns like all-reduce and scatter / gather.
Unlike PCI Express, Infinity Fabric links support coherent GPU memory, which lets multiple GPUs share an address space and tightly work on a single task.
Dell Technologies just unveiled the results of their Digital Transformation Index 2020 – DT Index 2020, for short.
Take a look at the key findings of the DT Index 2020!
Dell Technologies DT Index 2020 : What’s New?
Dell Technologies has unveiled results from its global study that shows organisations shifting the digital transformation programmes – seen as a critical business driver for recovery – into high gear and are on the path to accomplish in a few months what would normally have taken years.
Additionally, the Dell Technologies Digital Transformation Index (DT Index), updated biennially, indicates organisations are not slowing down even during the global COVID-19 pandemic.
Dell Technologies DT Index 2020 : Key Findings
The Dell Technology DT Index 2020 results found that:
Eight in 10 organisations have fast-tracked some digital transformation programmes
79 percent of global organisations (86 percent of APJ organisations) are re-inventing business model
Overall digital transformation curves for both global and APJ region are moving up the digital maturity scale
That said, organisations globally and in APJ still face barriers in their journey to digital transformation success. The top 3 are:
Data privacy and cybersecurity concerns
Lack of budget and resources
Unable to extract insights from data and/or information overload
“The findings form Digital Transformation Index 2020 provides evidences to propel organisations in the data era despite the challenging climate brought on by the pandemic. By recognising the transformation barriers and investing in the right opportunities, organisations can act immediately to drive new ideas, concepts and solutions to maintain or accelerate growth.” – KT Ong, Country Manager – Malaysia, Dell Technologies.
ESXi has many layers of isolation within its virtualised infrastructure, but all of that is implemented in software. They still require a level of trust in the hardware, which is where AMD SEV-ES comes in.
A guest operating system that supports SEV can ask the AMD Secure Processor to issue it an encryption key, for full in-memory, in-hardware encryption.
SEV-ES extends that protection to CPU registers, so that the data inside the CPU itself is encrypted. This protects the data from being read or modified when the virtual machine stops running.
Even a compromised hypervisor that accesses the register data cannot make use of it, because it is now encrypted.
Needless to say, adding support for AMD SEV-ES in vSphere 7 will spur the uptake of AMD EPYC processors in the datacenter.
Hitachi Vantara just unveiled their 2020 HCI (Hyperconverged Infrastructure) portfolio, with updates to the Hitachi Unified Compute Platform (UCP). Here are the details…
Hitachi Vantara : 2020 HCI Portfolio Updates
Hitachi Vantara today unveiled their 2020 HCI (Hyperconverged Infrastructure) portfolio, featuring updates to Hitachi UCP HC and Hitachi UCP RS.
Faster provisioning with new Hitachi UCP Advisor
Certified support for SAP HANA workloads
New Intel Cascade Lake Xenon Refresh processors for increased performance
Enhanced lifecycle management capabilities for non-disruptive upgrades
The updated 2020 Hitachi Vantara HCI solutions unify cloud infrastructure management with interoperability across their customer’s environments, whether they are using traditional storage, HCI-powered hybrid clouds or public clouds.
These new HCI offerings include a scalable and simplified foundation for hybrid clouds, allowing customers to rapidly scale-out, when increased datacenter resources are required.
Unified Cloud Management
Customers have the flexibility to build a cloud infrastructure with seamless workload and data mobility across on-premises and public cloud environments.
Hitachi UCP Advisor accelerates provisioning up to 80% faster compared to previous HCI management tools and reduces management complexity across the environment.
Greater performance, scale and density support IT departments’ ability to rapidly scale data center resources for business-critical applications and lower operational overhead for better TCO.
The updated HCI platforms provide certified support for SAP HANA workloads on HCI. Intel Cascade Lake Refresh Xeon processors increase performance for workload consolidation while avoiding resource contention issues.
Hitachi HCI solutions help reduce CapEx and OpEx overhead with advanced automation and data efficiency technologies.
Everflex from Hitachi Vantara provides simple, elastic and comprehensive acquisition choices for the entire Hitachi Vantara portfolio, including the UCP Family, with consumption-based pricing models that align IT spend with business use and help lower costs by up to 20% with pay-as-you-go pricing.
Customers can also accelerate time to production with pre-validated and optimized bundles and starter packs, including solutions enabling remote work.
2020 Hitachi Vantara HCI Portfolio : Availability
The 2020 Hitachi Unified Compute Platform HC and Hitachi Unified Compute Platform RS are available from Hitachi Vantara and their global network of business partners, with immediate effect.
In a bit of good news after months of bad news, HUAWEI announced that their 5G wireless and core network equipment passed the GSMA Network Equipment Security Assurance Scheme (NESAS) audit!
5G RAN gNodeB
5G Core UDG, UDM, UNC, UPCF
Here is a summary of the twenty NESAS assessment categories and the compliance levels of the HUAWEI 5G equipment that were tested :
Prior to passing the GSMA NESAS audit, these HUAWEI 5G equipment also passed the 5G cybersecurity test by China’s IMT-2020 (5G) Promotion Group, using test specifications based on 3GPP International standards for 5G security assurance.
HUAWEI 5G Faces Political, Not Technical, Pressures
Passing the GSMA NESAS audit will help assuage the cybersecurity concerns of nations planning, or already implementing HUAWEI 5G network equipment.
However, HUAWEI faces political, not technical, pressures with their 5G network equipment.
The 100% compliance score in the NESAS audit will not change minds in the US, and their Five Eyes partners are unlikely to consider HUAWEI 5G equipment.
That said, passing this audit will nevertheless strengthen HUAWEI’s shield against claims that their 5G equipment pose much greater cybersecurity risks than competing platforms.
It will help them win additional contracts in smaller countries whose concerns are far less about cybersecurity and privacy, and more with costs.
GSMA Network Security Assurance Scheme (NESAS)
The GSMA Network Equipment Security Assurance Scheme (NESAS) audit is a standardised cybersecurity assessment mechanism, jointly defined by GSMA (GSM Association) and 3GPP, together with regulators, industry partners, major global operators, and vendors.
This is a voluntary program which network equipment vendors can subject their product development and lifecycle processes to a comprehensive and independent security audit.
The GSMA NESAS covers 20 assessment categories, defining security requirements with an assessment framework for 5G product development and product lifecycle processes. It also uses security test cases by 3GPP to assess the security of network equipment.
Google recently introduced Confidential Computing, with Confidential VM as the first product, and it’s powered by 2nd Gen AMD EPYC!
Here’s an overview of Confidential Computing and Confidential VM, and how they leverage the 2nd Gen AMD EPYC processor!
Google Cloud Confidential Computing : What Is It?
Google Cloud encrypts customer data while it’s “at-rest” and “in-transit“. But that data must be decrypted because it can be processed.
Confidential Computing addresses that problem by encrypting data in-use – while it’s being processed. This ensures that data is kept encrypted while in memory and outside the CPU.
Google Cloud Confidential VM, Powered By 2nd Gen AMD EPYC
The first product that Google is unveiling under its Confidential Computing portfolio is Confidential VM, now in beta.
Confidential VM basically adds memory encryption to the existing suite of isolation and sandboxing techniques Google Cloud uses to keep their virtual machines secure and isolated.
This will help customers, especially those in regulated industries, to better protect sensitive data by further isolating their workloads in the cloud.
Google Cloud Confidential VM : Key Features
Powered By 2nd Gen AMD EPYC
Google Cloud Confidential VM runs on N2D series virtual machines powered by the 2nd Gen AMD EPYC processors.
It leverages the Secure Encrypted Virtualisation (SEV) feature in 2nd Gen AMD EPYC processors to keep VM memory encrypted with a dedicated per-VM instance key.
These keys are generated and managed by the AMD Secure Processor inside the EPYC processor, during VM creation and reside only inside the VM – making them inaccessible to Google, or any other virtual machines running on the host.
Your data will stay encrypted while it’s being used, indexed, queried, or trained on. Encryption keys are generated in hardware, per virtual machine and are not exportable.
Confidential VM Performance
Google Cloud worked together with the AMD Cloud Solution team to minimise the performance impact of memory encryption on workloads.
They added support for new OSS drivers (name and gvnic) to handle storage traffic and network traffic with higher throughput than older protocols, thus ensuring that Confidential VM will perform almost as fast as non-confidential VM.
According to Google, transitioning to Confidential VM is easy – all Google Cloud Platform (GCP) workloads can readily run as a Confidential VM whenever you want to.
Available OS Images
In addition to the hardware-based inline memory encryption, Google built Confidential VM on top of Shielded VM, to harden your OS image and verify the integrity of your firmware, kernel binaries and drivers.
Google currently offers images of Ubuntu v18.094, Ubuntu 20.04, Container Optimized OS (COS v81), and RHEL 8.2.
They are currently working with CentOS, Debian and other distributors to offer additional OS images for Confidential VM.
Dell Technologies just introduced Dell EMC Ready solutions for both AI and virtualised HPC workloads on VMware vSphere 7!
Join us for the tech briefing on both new Dell EMC computing solutions for VMware, and find out how it can simplify your advanced computing needs!
Simplified Advanced Computing With Dell EMC Ready Solutions
Let’s start with the Dell Technologies briefing on the two new Dell EMC Ready solutions for both AI and virtualised HPC workloads.
Based on VMware Cloud Foundation, they are designed to make AI easier to deploy and consume, with new features from VMware vSphere 7, including Bitfusion.
Dell EMC Ready Solutions for AI : GPU-as-a-Service (GaaS)
GPUs in individual workstations or servers are often under-utilised at less than 15% of capacity. The new Dell EMC Ready Solutions for AI : GPU-as-a-Service fixes that and maximises your investment with virtual GPU pools.
The newest design includes the latest VMware vSphere 7 with Bitfusion, making it possible to virtualise GPUs on-premise. Factory-installed by Dell, VMware vSphere 7 with Bitfusion will let developers and data scientists pool IT resources and share them across datacenters.
Dell EMC Ready Solutions for AI : GPU-as-a-Service also uses the latest VMware Cloud Foundation with VMware vSphere 7 support for Kubernetes and containerised applications to run AI workloads anywhere. Containers make it easier to bring cloud-native applications into production, with the ability to move workloads.
Dell EMC Ready Solutions for Virtualised HPC
Most HPC workloads run on dedicated systems that require specialised skills to deploy and manage. Dell EMC Ready Solutions for Virtualised HPC can include VMware Cloud Foundation with VMware vSphere 7 featuring Bitfusion.
That should make it simpler and more economical to use VMware environments for HPC and AI applications in computational chemistry, bioinformatics and computer-aided engineering. IT teams can quickly provision hardware as needed, speed up initial deployment and configuration, saving time with simpler centralised management and security.
For very large HPC implementations, Dell EMC Ready Solutions for vHPC can include VMware vSphere Scale-Out Edition for additional cost savings.
Dell EMC OpenManage for Dell EMC Ready Solutions
The new Dell EMC Ready Solutions for AI and Virtualised HPC ship with the Dell EMC OpenManage systems management software, which helps administrators improve system uptime, keep data insights flowing and prepare for AI operations.
New Dell EMC OpenManage improvements include :
OpenManage Integration for VMware vCenter, supporting vSphere Lifecycle Manager, automates software, driver and firmware updates holistically to save time and simplify operations.
The enhanced OpenManage Mobile app gives administrators the ability to view power and thermal policies, perform emergency power reduction and monitor internal storage from anywhere in the world.
AMD and Amazon just introduced Elastic Compute Cloud EC2 C5a instances that run on 2nd Gen AMD EPYC processors, promising better performance at lower costs!
Amazon EC2 C5a Now Runs On 2nd Gen AMD EPYC!
The new Amazon Elastic Compute Cloud EC2 C5a instances are powered by a 2nd Gen AMD EPYC processor running at up to 3.3 GHz.
These C5a instances are designed to deliver the best possible price-performance value for compute-intensive workloads like batch processing, distributed analytics, data transformations, log analytics and web applications.
In the beginning, Amazon will offer these eight EC2 C5a instances, which will cost 10% less than comparable instances.
Up to 3.710 Gbps
Up to 10 Gbps
Up to 3.710 Gbps
Up to 10 Gbps
Up to 3.710 Gbps
Up to 10 Gbps
Up to 3.710 Gbps
Up to 10 Gbps
These instances are fully 64-bit x86 compatible, and managed by the same Nitro platform used across Amazon EC2, with similar sizes as C5 instances, and the AMIs work on either.
They will eventually add disk variants like C5ad (with fast, local NVMe instance storage) and bare metal variants like C5an.metal and C5adn.metal.
Amazon EC2 C5a (2nd Gen AMD EPYC) Availability
The new Amazon Elastic Compute Cloud EC2 C5a instances, powered by the 2nd Gen AMD EPYC, are available in these regions :
GrabFood has responded officially to the allegations that they are turning off restaurant availability according to commission rates.
We also asked them some questions of our own, and will update the article with their replies when we get them!
GrabFood Restaurant Availability Controversy : What Happened?
In case you missed the recent kerfuffle, Burgertory – a gourmet burger restaurant – recently accused GrabFood of quietly switching off their restaurant’s availability because of their lower commission rate and sales bucket.
Sean Goh, the Managing Director of Grab Malaysia, issued this press release to address those allegations.
First and foremost, we would like to address the misconception: we do not turn off any of our stores / restaurants based on commissions.
Secondly, during rainy days, or when there is a lack of delivery riders in a specific area, we automatically reduce the service distance to ensure that we can maintain our service levels. Once the availability of delivery riders has recovered, our service distance would resume to normal levels. Occasionally, this may result in stores being unavailable in a nearby location, but available in a further location. For example, Customer A may reside in Bangsar but only see restaurants available in PJ, because we have insufficient delivery partners within the Bangsar area at that specific time.
Thirdly, during festive seasons where some of our restaurant partners may be closed, we practice a precautionary ‘temporary pause’ based on feedback from delivery riders who cite that a restaurant is closed despite being available in our app. This is done to ensure we do not disappoint customers who may continue to order from restaurants who have not updated their operating hours especially during the festive season. Such was the case experienced by this specific restaurant partner.
Prior to Raya holiday period, we sent out multiple communications (emails and SMS) to remind our restaurant partners to update operating hours and how to easily reactivate their restaurants in case of a ‘temporary pause’. In this case, we apologise that we were not attentive enough to ensure our partner received and acknowledged our communications.
We also note that information that was provided by our support staff was inaccurate, and apologise for the heartache and impact to our restaurant partner.
In view of the pandemic, we empathise with our merchant partners whose income has been affected due to the lockdown and restricted operating hours, and have had to rely only on delivery services to generate income. We are continuously looking at different initiatives to help drive demand for them, such as our Local Heroes and Grab Small-Biz Relief fund which this specific partner was also a part of, but will strive to balance this with the need to ensure we continue to uphold our highest service level.
We welcome any partner who has any queries on this to reach out to us directly so we can address your concerns.
Our Questions To GrabFood On This Controversy
We took the opportunity to ask GrabFood to clarify some points not covered in their press release. We will update this article with their answers when we get them.
If bad weather or a lack of riders is an issue for a particular area, why was XXX restaurant marked as Unavailable, while other restaurants in the same vicinity are still Available?
Is there a verification protocol for your rider reports? Does GrabFood call the merchant to verify that they are closed, after a rider reports it?
The press release mentioned that GrabFood requested that restaurant partners update their operating hours. Did Burgertory or the other affected partners change their operating hours? If not, wouldn’t the operating hours remain the same?
What is this Temporary Pause you refer to? Why is there a need for it, and what exactly was the procedure to reactivate their restaurant?
The Raya holidays ended on 26 May 2020, but why are they still experiencing these issues?
Is there any reason why GrabFood support staff would claim that availability of a restaurant is based on the commission level, if that was never the case?
If the percentage of commission does not determine availability of the restaurant, does it affect prioritisation or visibility on GrabFood?
Can GrabFood explain to our readers the difference in commission paid by the various restaurants, and what advantage they would have for paying GrabFood more commission, as opposed to less?
Does sales bucket affect store availability? Does it also affect prioritisation or visibility on GrabFood?
There are concerns that the commission levels are too high – some 25% to 35%? Can you tell us the exact commissions, and breakdown of what goes to the riders, and what goes to GrabFood?
First of all, Grab issued an official press release, stressing they do not turn restaurants off based on commission rate, but there was no mention of the sales bucket.
In a Facebook comment, they said that Burgertory was switched off the first time, because a GrabFood rider arrived and found them closed.
However, Burgertory pointed out that they kept Grab updated on their operating hours, and the rider arrived late – after they closed at 8 PM, and they were not alerted to the rider’s report, or that they were being switched off.
Burgertory also posted a separate update, sharing that Grab told them other merchants “has paid campaigns with them, and the difference in the discoverability radius is to help with the campaign ROI“.
GrabFood Discrimination : Bad For Almost Everyone
If what they were told is true, then GrabFood is intentionally turning off visibility to potential customers, in favour of higher profits from their merchants.
They are no longer acting as a neutral platform, but becoming a gatekeeper of sorts, giving those who can pay more, greater access to customers.
This is naturally bad for merchants, who already have to pay rather exorbitant commission – 25% to 35%. With such a discriminatory system, they will be forced to pay more just to stay visible on their platform.
This is also bad for customers, because our choices will be limited to what GrabFood decides makes them more money, not what’s actually available.
They would be essentially deciding who you should order your food from. And limiting you, not to those with better food ratings, but those who can pay them more.
Eventually, food prices will go way up, because merchants have to increase their GrabFood commissions to “stay visible”, and the additional cost will be added to your meals.
It’s not bad for everyone though. As long as customers remain ignorant, restaurants will be “encouraged” to pay GrabFood more money. It will work out great for GrabFood.
Burgertory vs GrabFood : What Happened?
Here are the details of the Burgertory vs GrabFood scandal. It started with a Facebook post by Burgertory on 4 June 2020 :
We are really disappointed and upset with the partnership with GrabFood.
We have been on-boarded to GrabFood for more than a year now, and we have been a cooperating partner.
Not until recently that we found out GrabFood has been very non-transparent in their assignation for restaurants availability in terms of radius.
We have been receiving a lot of complaints from our customers about GrabFood not showing the availability to deliver within reasonable distance, and we thought this is due to GrabFood system that is set to be within a specific distance in each area.
However what triggered the following case was on 26 May 2020, when we were alerted by our staff that GrabFood was unavailable for that day (imagine the sales that we lost, especially during this COVID period whereby businesses are struggling). Our sales from GrabFood on that day is ZERO. Upon checking, we realized other restaurants in same area is available but not us.
Hence we reached out to GrabFood merchant support via live chat and given the response that they off our restaurant availability from the back-end due to differences in commission rate by different restaurants, which means the restaurants which signed higher commission rate with them will get the priority and ‘be available in more places’. And they switched on our availability back after our call.
We were very upset and escalated to the manager. He then gave us another explanation that GrabFood will allow restaurants with larger ‘sales bucket’ to appear in more places. If that’s the case, it’s discrimination against small businesses, or any businesses that have menu selling items with lower price.
We gave feedback to them that this is not acceptable. And the manager promised to get back to us again after discussing with the team. It’s been a week and we hear nothing from them.
Yet it happened again today..! We realized they ‘turned off’ our restaurant again after checking from the app. Hence we wrote a complaint again, and same cycle happened… (same canned response, and they switched back on)
We are deeply disappointed with such partnership relationship. Does this mean that we have to always check if our restaurant has been hidden from the platform? These occurrences have broken the trust, we don’t know when their system will discriminate against us again and only switch back on after we found out and reach out to them each time. This is totally unfair to small and medium businesses.
After the public uproar, GrabFood quickly reached out to them the very next day to “discuss the issue”.
They clarified that Burgertory did not get “switched off” because of their lower commission, but did not explain why some restaurants get “switched off”, while others don’t.
We are truly humbled by the support from many of you and empathy shown by some of the business owners as well. Just want to give a quick update for those who has asked us about any update from GrabFood after the post yesterday:
They have reached out to us this afternoon to further discuss the issue, and clarified that the switch-off wasn’t due to commission factor, though we still don’t know the reason behind why certain restaurants in the same area are switched off unknowingly. We will continue to discuss and provide feedback to their team and hope that this will not happen again.
The reason why we decided to share the experience is to clarify what it might have impacted many of us as small & medium businesses. This is a year like no other and we empathise with all local businesses that are struggling to survive. We’re touched by some the responses we received yesterday, this is the time we strongly feel what brings Malaysians together.
Apart from this, all of us from Burgertory team is really thankful for all the support to our business shown by our community, especially everyone of you, in what are the toughest of times. We always strive to sustain and provide a better F&B experience to all our customers. Hope all of us can stand strong together in unity through this tough times. Stay safe!
Burgertory vs GrabFood : What Are Other Merchants Saying?
Here is a selection of what other merchants posted on their own experiences :
Renee Tan : Happens to my restaurants all the time especially “crunch time”. Suddenly customers calls & dm come flooding our inbox’s asking why does our restaurant appear “offline”?!
Juan Lyn : I’m currently handling a chain of restaurant online delivery support and we are also facing the very same issue with you. The same reasons given above “sales bucket” size. And our ticket size on average is already around RM50.
Voxism Lim : Happens to our outlet as well.. Exactly what happen.. The store beside is always open, where as mine is turned off (unavailable)
Alief Nurudin : My shop Meteora Cafe paid 28% commission to Grab. We NEVER appeared on the app unless you searched for us manually. We have experienced the SAME thing. Suddenly, NOT AVAILABLE.
Dell EMC just launched PowerStore – their new storage appliance, built around a unified data-centric architecture.
Here is a quick primer on the Dell EMC PowerStore 9000, PowerStore 5000 and PowerStore 1000 storage appliances!
Dell EMC PowerStore : What Is It?
Dell EMC PowerStore is a new mid-range storage appliance, with a flexible, container-based architecture, and end-to-end NVMe design.
It promises to offer 7X better performance with 3X lower latency than previous mid-range storage appliances, as well as the ability to scale up to 2.8 petabytes per appliance, and up to 11.3 petabytes per cluster.
Dell EMC PowerStore : Advantages
Dell EMC promises that PowerStore will offer these advantages to organisations looking to transform their data center operations :
Designed For Any Workload
Dell EMC PowerStore will support any workload, whether traditional or modern workloads.
Its PowerStoreOS container-based software architecture offers portability, standardisation, as well as rapid deployment.
It also supports AppsON, which allows organisations to run applications directly on the appliance.
High Performance, Massive Storage
Thanks to its end-to-end NVMe design, and support for dual-ported Intel Optane Storage Class Memory (SCM) SSDs, it is seven times faster with three times lower latency than its predecessor, Unity XT.
Each appliance can offer up to 898 TB of storage, which can be scaled up using expansion enclosures to 2.8 petabytes. It can also be scaled out to eight nodes, offering 11.3 petabytes of storage in the cluster.
It also automatically dedupes and compresses the data, offering a guaranteed 4:1 data reduction.
When scaled out, Dell EMC PowerStore are loosely coupled, allowing a machine learning engine to intelligently place data to rebalance storage volumes.
The machine learning engine is continuously and autonomously monitoring resources of each appliances and data requests, for maximum efficiency.
Dell EMC Cloud Storage Services can directly connect PowerStore to all major public clouds. It can be deployed as a storage option within Dell EMC PowerOne autonomous infrastructure.
Dell EMC PowerStore : Models + Specifications
At launch, Dell EMC is offering three PowerStore appliances, with these specifications :
2U, 2-node enclosure with twenty-five 2.5-inch NVMe drive slots
2U enclosure attached to PowerStore base enclosure
with twenty-five 2.5-inch SAS drive slots
Maximum 3 per appliance
2 dedundant power suppliers per enclosure
RAID 5 (4+1 or 8+1)
4 x Intel CPUs
32 cores (1.8 GHz)
4 x Intel CPUs
64 cores (2.1 GHz)
4 x Intel CPUs
112 cores (2.1 GHz)
System Memory + Cache
Embedded SAS IO Ports
4 x 4 lane 12Gb/s SAS ports for back-end connection
AMD just launched Radeon Pro VII – their latest workstation graphics card for broadcast and engineering professionals!
Here is a quick primer on what you need to know about the AMD Radeon Pro VII, including the official tech briefing!
AMD Radeon Pro VII : What You Need To Know!
The new AMD Radeon Pro VII graphics card is designed for post-production teams to create 8K content, as well as engineers and data scientists working on complex models with large datasets.
Here are the Radeon Pro VII’s key features :
Leading Double Precision Performance
With up to 6.5 TFLOPS (FP64) of double precision performance for demanding engineering and scientific workloads, the Radeon Pro VII graphics card provides 5.6X the performance-per-dollar versus the NVIDIA Quadro RTX on the AMD Internal Benchmark for Altair EDEM “Screw Auger” viewset.
The AMD Radeon Pro VII has 16 GB of HBM2 with 1 TB/s memory bandwidth and full ECC capability, allowing it to handle large and complex models and datasets smoothly with low latency.
AMD Infinity Fabric Link
This high-bandwidth, low-latency connection allows memory sharing between two AMD Radeon Pro VII GPUs, delivering up to 5.25X PCIe 3.0 x16 bandwidth with a communication speed of up to 168 GB/s peer-to-peer between GPUs.
This allows you to increase project workload size and scale, develop more complex designs and run larger simulations to drive scientific discovery.
PCIe 4.0 delivers double the bandwidth of PCIe 3.0 to enable smooth performance for 8K, multichannel image interaction.
Frame Lock / Genlock
When paired with the AMD FirePro S400 synchronisation module, this allows for precise synchronised output for display walls, digital signage and other visual displays.
The AMD Radeon Pro VII supports up to 6 synchronised display panels, full HDR and 8K screen resolution (single display) combined with ultra-fast encode and decode support for enhanced multi-stream workflows.
AMD Radeon Pro VII : Specifications
AMD Radeon Pro VII
16 GB ECC HBM2
Memory Bus Width
6 x Mini-DP 1.4
AMD Radeon Pro VII : Price + Availability
The AMD Radeon VII has a launch price of US$1,899, and will be available starting mid-June 2020.
AMD just launched Radeon Pro Software for Enterprise 20.Q2! Here is their official tech briefing, and details of what’s new and improved!
Radeon Pro Software for Enterprise 20.Q2 : What’s New?
On 13 May 2020, AMD announced their second enterprise driver release of the year – Radeon Pro Software for Enterprise 20.Q2.
Here are the highlights of what’s new and improved in AMD Radeon Pro Software for Enterprise 20.Q2!
AMD continues to work closely with leading ISV application developers to improve performance.
Radeon Pro Software for Enterprise 20.Q2 is now up to 14% faster in the geomean of the SPECviewperf 13 benchmark viewsets, compared to last year’s 19.Q2 driver.
Intelligent Power Management
When upgraded to AMD Radeon Pro Software for Enterprise 20.Q2, the AMD Radeon Pro W5700 graphics card will use up to 21% less system power when running Photoshop than the NVIDIA Quadro RTX 4000 graphics card using NVIDIA Quadro Optimal Driver for Enterprise (ODE) R440 U7 (442.74) driver.
Better Multitasking Performance
When using SOLIDWORKS and CPU rendering with KeyShot 8 in the background, AMD Radeon Pro W5700 using Radeon Pro Software for Enterprise 20.Q2 will deliver up to 2.4x better average performance compared to the NVIDIA Quadro RTX 4000 graphics card using NVIDIA Quadro Optimal Driver for Enterprise (ODE) R440 U7 (442.74) driver.
Radeon Pro Software for Enterprise 20.Q2 : Where To Download
CommScope just appointed Fortesys as the sole authorised distributor for its Ruckus range of networking products spanning all segments across Malaysia! Here are the full details!
Fortesys | Ruckus : A Quick Primer
Established in 2011, Fortesys Distribution Sdn Bhd is a leading end-to-end networking solutions provider in Malaysia. In addition to providing digital networking solutions, they also provide training programs as well.
Headquartered in Sunnyvale, California, Ruckus is a world-renowned brand for wired and wireless networking equipment and software. Together with ARRIS, Ruckus is now now of CommScope – a major communications infrastructure company.
Fortesys Now Authorised Distributor For Ruckus Networks In Malaysia!
At a recent ceremony held at the Tropicana Golf Club, Petaling Jaya, Fortesys regional sales director Kevin Kuak(left in picture) shook hands with ARRIS Solutions Malaysia regional manager BK Choo representing the CommScope to finalise this partnership for Malaysia.
We sat down with both principals for a quick chat on this new partnership between Fortesys and CommScope.
According to Kuak, Fortesys would continue to deliver a wide range of advanced networking solutions for the Malaysian and regional markets.
“Our mission is to provide the most cost-effective and complete network solutions to meet all our customers’ business needs,” said Kuak, adding that Fortesys’ appointment as the authorised distributor for Ruckus was yet another milestone for the company.
“We are also fully committed to helping companies ‘future proof’ their businesses through state-of-the-art digital networking solutions, added Kuak.
Kuak also shared that Fortesys is today certified by many world class IT vendors, while providing high quality training for customers.
Meanwhile, Choo said that Ruckus had invented and patented various wireless voice, video, and data technologies, such as adaptive antenna arrays that extend signal range.
“Today, we are well known for our Wi-Fi branded products such as indoor and outdoor wireless access points and wireless controllers,” said Choo.
From a market segment perspective, this partnership bodes well for both parties as Ruckus has traditionally been strong in the hospitality and education segments, while Fortesys has various customers across GLCs (government-linked companies), banking and financial services and the public sector.
AMD Senior VP and General Manager Forrest Norrod just shared AMD’s datacenter leadership with EPYC and Radeon Instinct, and AMD’s datacenter roadmap beyond 2020!
Forrest Norrod : Senior VP + GM, AMD Datacenter + Embedded Solutions Business Group
Forrest Norrod is senior vice president and general manager of the Datacenter and Embedded Solutions Business Group at AMD.
He is responsible for managing all aspects of strategy, business management, engineering and sales for AMD datacenter and embedded products.
Norrod has more than 25 years of technology industry experience across a number of engineering and business management roles at both the chip and system level.
AMD Datacenter Leadership In 2020 & Beyond!
During AMD Financial Analyst Day 2020, Forrest Norrod shared AMD’s datacenter leadership with EPYC and Radeon Instinct, and AMD’s datancenter roadmap in this presentation.
Here are the key points from Forrest Norrod’s presentation :
AMD won the contract to power the recently announced El Capitan supercomputer at Lawrence Livermore National Laboratory with EPYC processors and Radeon Instinct GPUs.
Expected to come online in 2023, El Capitan is expected to deliver more than 2 exaFLOPs of double-precision performance, making it more powerful than today’s 200 fastest supercomputers combined.
AMD is continuing to gain traction with its 2nd Generation AMD EPYC processors in enterprise, cloud and HPC markets based on delivering performance leadership and TCO advantages across the most important enterprise and cloud workloads.
AMD EPYC is enabling Nokia to double the performance of their 5G Cloud Packet Core.
In 2020 AMD expects more than 150 AMD EPYC processor-powered cloud instances and 140 server platforms to be available.
AMD is introducing new technologies including AMD CDNA architecture, 3rd Generation Infinity Architecture and the ROCm 4.0 software platform, all of which will support the AMD-powered Frontier and El Capitan supercomputers.
AMD plans to ship the 3rd Gen AMD EPYC “Milan” processor in Late 2020, and it will provide 100% coverage of enterprise requirements – whether it’s for the cloud, HPC or enterprise IT.
Milan will remain on the 7 nm process, but the next-generation Genda core (Zen 4) will use the 5 nm process technology.
The AMD CDNA architecture will allow for better scalability, with accelerators fully interconnected with 2nd Gen Infinity Architecture.
But the next-generation AMD CDNA 2 architecture will allow for Unified Data, with CPU + GPU coherency with 3rd Gen Infinity Architecture – allowing for easier programming and improved performance.
AMD just concluded their 2020 Financial Analyst Day, revealing plans for the next-generation CPU and GPU roadmaps, as well as the investments they are making to drive future products!
Here is a summary of what was revealed at the AMD Financial Analyst Day 2020!
AMD Financial Analyst Day 2020 : The Full Briefing!
Most people cannot make it to AMD Financial Analyst Day 2020, so if you want to watch it all – here’s the full 3 hour-long presentation!
AMD Financial Analyst Day 2020 : What You Need To Know!
And here is a summary of what AMD revealed in their Financial Analyst 2020 presentation :
Computing Technology Updates
AMD plans to introduce the first processors based on its next-generation Zen 3 core in late 2020.
The Zen 4 core is currently in design and is targeted to use advanced 5nm process technology.
AMD unveiled plans to expand its chiplet and die stacking leadership, including new X3D packaging that combines chiplets and hybrid 2.5D and 3D die stacking to deliver more than a 10x increase in bandwidth density.
AMD announced its upcoming 3rd Generation AMD Infinity Architecture with optimized CPU and GPU memory coherency that can enable significant performance improvements and simplify the software programming required for accelerated computing solutions by allowing the CPU and GPU to seamlessly and coherently share the same memory.
AMD is building on its strong product security portfolio with expanded features. AMD announced it joined the Confidential Computing Consortium, a group of leading hardware and software companies working to close gaps to protect data through its entire lifecycle.
Graphics Technology Updates
The AMD Radeon DNA (AMD RDNA) architecture was designed for gaming and is currently powering the award-winning AMD Radeon RX 5000 series GPUs.
The next-generation AMD RDNA 2 architecture is planned to deliver a 50% performance-per-watt improvement over the first-generation AMD RDNA architecture. It will support hardware-accelerated ray tracing, variable rate shading (VRS) and other advanced features. The first AMD RDNA 2-based products are expected to launch in late 2020.
AMD unveiled its new AMD Compute DNA (AMD CDNA) architecture, designed to accelerate data center compute workloads. The first-generation AMD CDNA architecture, planned to launch later this year, includes 2nd Generation AMD Infinity Architecture to enhance GPU to GPU connectivity and is optimized for machine learning and high-performance computing applications. The follow-up AMD CDNA 2 architecture will support 3rd Generation AMD Infinity Architecture to enable next generation exascale-class supercomputers.
Expanding on previous generations of the ROCm open source software platform for the data center, AMD plans to introduce ROCm 4.0 later this year as a complete software solution for high-performance computing exascale systems and machine learning workloads.
Data Center Market Updates
AMD is powering the future of exascale computing with its CPU, GPU, interconnects and software products, including the recently announced El Capitan supercomputer at Lawrence Livermore National Laboratory. Expected to come online in 2023, El Capitan is expected to deliver more than 2 exaFLOPs of double-precision performance, making it more powerful than today’s 200 fastest supercomputers combined.
AMD is continuing to gain traction with its 2nd Generation AMD EPYC processors in enterprise, cloud and HPC markets based on delivering performance leadership and TCO advantages across the most important enterprise and cloud workloads. In 2020 we expect more than 150 AMD EPYC processor-powered cloud instances and 140 server platforms to be available.
AMD is unlocking accelerated computing with new technologies including AMD CDNA architecture, 3rd Generation Infinity Architecture and the ROCm 4.0 software platform, all of which will support the AMD-powered Frontier and El Capitan supercomputers.
Computing Market Updates
Since 2017, AMD has nearly doubled both client unit shipments and market share, built off a broad portfolio of performance-leading desktop, high-end desktop (HEDT) and notebook processors.
AMD expects to grow its performance leadership with the ramp of its 7nm Zen 2-based 3rd Generation AMD Ryzen processors designed specifically for desktops and notebooks across the consumer and commercial segments
AMD is on track to bring increased performance to the gaming, content creation and productivity markets when it delivers the first Zen 3-based AMD Ryzen product in 2020.
Graphics Market Updates
AMD partners with world-class brands to bring AMD Radeon graphics to more than 500 million gamers on the most popular devices, with the opportunity to address 2.5 billion gamers worldwide.
With Microsoft and Sony, AMD has established long-term relationships to continue market leadership as the number one silicon provider for game consoles.
AMD plans to deliver a full stack of high-performance, AMD RDNA architecture-powered graphics products to further expand the AMD Radeon install base.
AMD RDNA 2-based Navi 2X GPUs will bring uncompromised 4K gaming, new features including hardware-based ray tracing support and a significant performance uplift.
AMD expects the impact from COVID-19 in the first quarter to be modest, potentially resulting in revenue coming in at the lower end of the guidance of approximately $1.8 billion, plus or minus $50 million. Full year 2020 financial guidance remains unchanged.
It’s official – AMD has been selected as the node supplier for the El Capitan supercomputer, which is projected to be the world’s most powerful supercomputer when it is fully deployed!
El Capitan Supercomputer : A Quick Primer!
El Capitan is a supercomputer funded by the Advanced Simulation and Computing (ASC) program at the National Nuclear Security Administration (NNSA) from the Department of Energy.
When it is fully deployed in 2023, it will perform complex and increasingly predictive modelling and simulation for the NNSA’s Life Extension Programs (LEPs), which addresses nuclear weapon raging and emergent threat issues.
This will allow the United States to keep its nuclear stockpile safe, secure and reliable, in the absence of underground nuclear testing.
“This unprecedented computing capability, powered by advanced CPU and GPU technology from AMD, will sustain America’s position on the global stage in high-performance computing and provide an observable example of the commitment of the country to maintaining an unparalleled nuclear deterrent,” said LLNL Director Bill Goldstein.
“Today’s news provides a prime example of how government and industry can work together for the benefit of the entire nation.”
Besides supporting the nuclear stockpile, El Capitan will perform secondary US national security missions, including nuclear nonproliferation and counterterrorism.
NNSA laboratories – Lawrence Livermore, Los Alamos and Sandia national laboratories – are building machine learning and AI into computational techniques and analysis that will benefit NNSA’s primary missions and unclassified projects such as climate modelling and cancer research for DOE.
To that end, it will use a combination of CPUs and GPUs to exceed 2 exaFLOPS in performance – that’s two quintillion floating point operations per second. That will make it the world’s most powerful supercomputer!
El Capitan Supercomputer : AMD Selected As Node Supplier!
El Capitan will be powered by the next-generation AMD EPYC processors, codenamed Genoa and featuring the upcoming AMD Zen 4 processor cores, as well as the next-generation AMD Radeon Instinct GPUs based on a new compute-optimised architecture.
The nodes will run on the AMD Radeon Open Compute (ROCm) heterogenous computing platform, with most of their floating point computing power delivered by the Radeon Instinct GPUs.
Not only will the El Capitan nodes offer significantly greater per-node performance than any current system, they will also offer dramatically better energy efficiency.
El Capitan will also integrated advanced features that have not yet been widely deployed, including :
HPE Cray Slingshot interconnect network, which will enable large calculations across many nodes
new HPE optics technologies to deliver higher data transmission rates with better power efficiency and reliability
new Cray Shasta software platform, with a new container-based architecture
“El Capitan will drive unprecedented advancements in HPC and AI, powered by the next-generation AMD EPYC CPUs and Radeon Instinct GPUs,” said Forrest Norrod, senior vice president and general manager, Datacenter and Embedded Systems Group, AMD.
“Building on our strong foundation in high-performance computing and adding transformative coherency capabilities, AMD is enabling the NNSA Tri-Lab community — LLNL, Los Alamos and Sandia national laboratories — to achieve their mission-critical objectives and contribute new AI advancements to the industry.”
“We are extremely proud to continue our exascale work with HPE and NNSA and look forward to the delivery of the most powerful supercomputer in the world, expected in early 2023.”