Tachyum’s Prodigy CPU Specs Unveiled: 5nm Universal Processors With Up To 128 Cores, 5.7 GHz Clocks, 16-Channel DDR5-7200 Memory Support & 950W TDP

By Hassan Mujtaba  / 

If there's one word to describe Tachyum's Prodigy CPUs which feature a universal processor design, that would be insanity. Initially announced all the way back in 2018, the CPUs are now nearing their launch as the company has listed several Prodigy SKUs and beginning to take pre-orders for evaluation kits.

Tachyum's Prodigy CPUs Do It All & Also Feature Insane Specs With Up To 128 Cores, 5.7 GHz Clocks, 16-Channel DDR5 Memory & 950W TDP

The Tachyum Prodigy CPUs utilize a universal processor design which means that they can execute CPU, GPU, and TPU tasks on the same chip, saving costs over competing products and also offering really high-performance.

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The company aims to tackle all three chip giants, AMD, Intel & NVIDIA with its Prodigy lineup and in their presentations, Tachyum has estimated a 4x performance uplift over Intel's Xeon CPUs, on the HPC front, a 3x increase over NVIDIA's H100 and a 6x increase in raw performance in AI & inference workloads. The chips are also said to offer over 10x the performance of its competitor's systems at the same power. Some of the main features of the CPUs include:

Tachyum has now released the initial specs of its Prodigy lineup which will scale from the low-power T8232-LP 32 Core CPU at 180W TDP, all the way up to the flagship T16128-AIX, which features a total of 128 cores. All 128 cores on the flagship CPU are clocked at 5.7 GHz plus, AI customers will be getting up to 16 memory channels, supporting up to 32 TB (64 DIMMs) of DDR5-7200. The processor will also rock 64 PCIe Gen 5.0 lanes and will come in a 950W TDP package.

The rest of the CPUs that Tachyum will offer are listed in the specs sheet below:

Tachyum’s Prodigy CPU Specs Unveiled: 5nm Universal Processors With Up To 128 Cores, 5.7 GHz Clocks, 16-Channel DDR5-7200 Memory Support & 950W TDP

Cores Clock Memory PCIe TDP Market Segment
Prodigy T16128-AIX 128 5,7 GHz 16x DDR5-7200 Gen5 x64 950W Highend AI/HPC
Prodigy T16128-AIM 128 4,5 GHz 16x DDR5-7200 Gen5 x64 700W Midrange AI/HPC
Prodigy T16128-AIE 128 4,0 GHz 16x DDR5-7200 Gen5 x64 600W Entry AI/HPC
Prodigy T16128-HT 128 4,5 GHz 16x DDR5-6400 Gen5 x64 300W Throughput
Prodigy T864-HS 64 5,7 GHz 8x DDR5-6400 Gen5 x32 300W Speed
Prodigy T864-HT 64 4,5 GHz 8x DDR5-6400 Gen5 x32 300W Efficiency
Prodigy T832-HS 32 5,7 GHz 8x DDR5-6400 Gen5 x32 300W Entry Level
Prodigy T832-LP 32 3,2 GHz 8x DDR5-4800 Gen5 x32 180W Low Power

Now that's just one chip and Tachyum will allow full hardware coherency that supports 2 and 4-socket systems. So that's up to 512 cores and 3600W of power from four Progidy T16128-AIX tier processors. All chips are fabricated on TSMC's 5nm (N5P) process node which is a slightly optimized variant of the standard 5nm (N5) node and run native and x86, Arm, and RISC-V binaries. As for HPC and AI-specific features, the Tachyum Prodigy lineup includes:

Tachyum also provides some preliminary performance estimates against Intel Ice Lake, NVIDIA Hopper / Grace HPC chips, and AMD Milan CPUs. The company claims up to a 4x SPECrate 2017 Integer and 30x Raw Floating Point performance (FP64) increase versus the competition. Hopper H100 from NVIDIA is the main chip that Tachyum seems to have its eyes set upon as it's used in several comparative tests.

While the Prodigy T16128-AIX offers around 90 TFLOPs of FP64 perf (with sparsity). The company uses an Air-cooled Prodigy rack which is estimated to deliver up to 6.2 PetaFlops of HPC FP64 horsepower versus an NVIDIA H100 DGX POD rack which offers 960 TFLOPs of FP64 HPC performance. The liquid-cooled Prodigy which can sustain higher-end chips should offer over double the performance at 12.9 PetaFLOPs.

Tachyum expects the first Prodigy ships to start sampling later this year with volume production expected in the first half of 2023. The next-gen upgrade to Prodigy, known as Prodigy 2 is also listed in Tachyum's roadmap and will be offering a new 3nm architecture with even more cores, higher memory bandwidth, PCIe 6.0 + CXL support, and enhanced connectivity. Sampling on that should begin by the second half of 2024.

Source: Golem.de

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