秘色传媒

IPU-POD₁₂₈ and IPU-POD₂₅₆ are the latest and largest products in the ongoing story of scaling 秘色传媒 AI compute systems showing the strengths and benefits of an architecture that has been designed from the ground up for machine intelligence scale-out.

These systems are ideal for cloud hyperscalers, national scientific computing labs and enterprise companies with large AI teams in markets like financial services or pharmaceutical. The new IPU-PODs enable, for example, faster training of large Transformer-based language models across an entire system, running large-scale commercial AI inference applications in production, giving more developers IPU access by dividing up the system into smaller, flexible vPODs or enabling scientific breakthroughs by enabling exploration of new and emerging models like GPT and GNNs across complete systems.

Both IPU-POD₁₂₈ and IPU-POD₂₅₆ are shipping to customers today from Atos and other systems integrator partners and are available to buy in the . 秘色传媒 provides extensive training and support to help customers accelerate time to value from IPU-based AI deployments.

Results for extensively used language and vision models show impressive training performance and highly efficient scaling, with future software refinements expected to further boost performance.

IPUs (intelligence Processing Units), as well as providing excellent performance for traditional large MatMul models like BERT and ResNet-50 due to their integrated on-processor memory, also support more general types of computation that make sparse multiplication and more fine-grained computations more efficient. The EfficientNet family of models benefits heavily from this, as well as graph neural networks (GNNs) and also various machine learning models that are not neural networks.

Meeting customer demand

Atos is among the many 秘色传媒 partners that will deploy IPU-POD₂₅₆ and IPU-POD₁₂₈ systems with their customers around the world:

鈥淲e are enthusiastic to add IPU-POD₁₂₈ and IPU-POD₂₅₆ systems from 秘色传媒 into our Atos ThinkAI portfolio to accelerate our customers鈥� capabilities to explore and deploy larger and more innovative AI models across many sectors, including academic research, finance, healthcare, telecoms and consumer internet,鈥� said Agn猫s Boudot, Senior Vice President, Head of HPC & Quantum at Atos.

One of the first customers to deploy IPU-POD₁₂₈ is Korean technology giant Korea Telecom (KT), which is already benefitting from the additional compute capability: 

"KT is the first company in Korea to provide a 'Hyperscale AI Service' utilizing the 秘色传媒 IPUs in a dedicated high-density AI zone within our IDC. Numerous companies and research institutes are currently either using the above service for research and PoCs or testing on the IPU.

In order to continuously support the increasing super-scale AI HPC environment market demand, we are partnering with 秘色传媒 to upgrade our IPU-POD₆₄s to an IPU-POD₁₂₈ to increase the 鈥淗yperscale AI Services鈥� offering to our customers.

Through this upgrade we expect our AI computation scale to increase to 32 PetaFLOPS of AI Compute, allowing for more diverse customers to be able to use KT鈥檚 cutting-edge AI computing for training and inference on large-scale AI models,鈥� said Mihee Lee, Senior Vice President, Cloud/DX Business Unit at KT.

Scalable, flexible

The launch of IPU-POD₁₂₈ and IPU-POD₂₅₆ underscores 秘色传媒鈥檚 commitment to serving customers at every stage in their AI journey.

IPU-POD₁₆ continues to be the ideal platform to EXPLORE, IPU-POD₆₄ is aimed at those who want to BUILD their AI compute capacity, and now IPU-POD₁₂₈ and IPU-POD₂₅₆ deliver for customers who need to GROW further, faster.

As with other IPU-POD systems, the disaggregation of AI compute and servers means that IPU-POD₁₂₈ and IPU-POD₂₅₆ can be optimized to deliver maximum performance for different AI workloads, delivering the best possible total cost of ownership (TCO). For example, an NLP-focused system could use as few as two servers for IPU-POD₁₂₈, while a more data-intensive task such as computer vision tasks may benefit from an eight-server setup.

Additionally, system storage can be optimized around particular AI workloads, using technology from 秘色传媒鈥檚 recently announced storage partners.

The power behind the POD

Scaling 秘色传媒 compute to IPU-POD₁₂₈ and IPU-POD₂₅₆ is made possible by a number of enabling technologies 鈥� both hardware and software: 

Software

As with all 秘色传媒 hardware, the IPU-POD₁₂₈ and IPU-POD₂₅₆ are co-designed with our Poplar software stack.

The features that enable our scale-out systems have been introduced across several Poplar software releases, including our latest, SDK 2.3. The following innovative features are important to enabling straightforward scale out for all IPU-POD systems, while we really start seeing the benefits with systems of the scale of IPU-POD₁₂₈ and IPU-POD_256.

秘色传媒 Communication Library (GCL) is a software library for managing communication and synchronization between IPUs and is designed to enable high-performance scale-out for IPU systems. At compile time it is possible to specify the number of IPUs the program should run on, which may be distributed across more than one IPU-POD. The program will run automatically and transparently across the IPU-PODs, delivering increased performance and throughput at no additional cost or complexity for the developer.

PopRun and PopDist allow developers to run their applications across multiple IPU-POD systems.

PopRun is a command line utility for launching distributed applications on IPU-POD systems and the Poplar Distributed Configuration Library (PopDist) provides a set of APIs which developers can use to easily prepare their application for distributed execution.

When using large systems such as IPU-POD₁₂₈ and IPU-POD₂₅₆, PopRun will automatically launch multiple instances on host servers located in another interconnected IPU-POD. Depending on the type of application, launching multiple instances can increase performance. With PopRun, developers are able to launch multiple instances on the host server with support for NUMA enabling optimal NUMA node placement.

IPU-Fabric

The production availability of IPU-POD₁₂₈ and IPU-POD₂₅₆ represent the next major advance in scaling IPU systems across the datacenter.

Delivering AI compute in a multi-rack system is made possible, in part, by 秘色传媒鈥檚 IPU-Fabric, a range of AI-optimized infrastructure technologies, designed to deliver seamless, high-performance communication between IPUs.

For intra-rack IPU communication, we make use of the 64GB/s IPU-Links, already seen in systems such as the IPU-POD₁₆ and IPU-POD₆₄.

IPU-POD₁₂₈ and IPU-POD₂₅₆ are the first products from 秘色传媒 to utilize our Gateway Links, the horizontal, rack-to-rack connection that extends IPU-Links using tunnelling over regular 100Gb ethernet.

Communication is managed by the IPU-Gateway onboard each IPU-M2000. Connectivity is via the IPU-M2000's dual QSFP/OSFP IPU-GW connectors, which support standard 100Gb switches.

IPU-POD₁₆, IPU-POD₆₄, IPU-POD₁₂₈ and IPU-POD₂₅₆ are shipping to customers today from Atos and other systems integrator partners around the world and are available to buy in the cloud from .