64 Cores on TFNEW's Largest Compute Module? TFNEW KP920Max
TL;DR: TFNEW launched the KP920Max, a compute module, on September 21, 2026. Powered by the KP920 processor (48/64 cores, 2.6 GHz, 64-bit Taishan architecture) with 8-channel DDR4-2933 (up to 128 GB) and dual 480 Gbps HCCS links for 2P interconnect — the highest-core module in TF NEW's KP920 family. Get specs and pricing: sales@tfnew.com.
Core Specifications (with Plain-Language Terms)
The KP920Max is the top of TF NEW's KP920 compute-module family: the KP920 processor at 48 or 64 cores and 2.6 GHz, built on the 64-bit Taishan architecture. It keeps the module form factor — a self-contained CPU+memory board that slides into a standardized chassis — while raising the ceiling: 8-channel DDR4-2933 with ECC support up to 128 GB, and 3 PCIe 4.0 controllers with up to 32 lanes (PCIe0 and PCIe2 in x8, PCIe1 in x16, with PCIe1 configurable down to 8x x2 ports). The interconnect story is dual: 2x x8 HCCS links at 480 Gbps each with 2P support — two coherent links between paired modules, for a two-socket node with full memory-bandwidth headroom. It is the module for workloads that measure capacity in cores.
Specs at a Glance
| Item | KP920Max Value |
|---|---|
| CPU | KP920, 64-bit Taishan, 48/64 cores, 2.6 GHz |
| Memory | 8-channel DDR4-2933, up to 128 GB, ECC support |
| PCIe | 3x PCIe 4.0 controllers, up to 32 lanes (x8/x16/x8) |
| Interconnect | 2x x8 HCCS @ 480 Gbps, 2P interconnect support |
Why Two HCCS Links Matter at 64 Cores
A 64-core module needs the fabric to match: two x8 HCCS links at 480 Gbps each give paired modules twice the coherent bandwidth of the single-link design, so a 2P build of KP920Max modules doesn't bottleneck between sockets. Eight channels of DDR4 keep 64 cores fed, and the PCIe1 flexibility — one x16 or multiple smaller x4/x2 ports — lets the module serve both high-bandwidth devices and many small I/O devices from the same controller. It is the flagship module: most cores, most fabric, most flexibility.
Where It Fits
- Core-dense server nodes: 48/64 cores per module, dual for 2P builds
- Virtualization and DB platforms: 8-channel memory behind the cores
- High-throughput 2P servers: dual 480 Gbps HCCS between modules
- Flexible I/O chassis: PCIe1 splits from x16 down to 8x x2 ports
Why the Numbers Matter
- 48/64 cores at 2.6 GHz: TF NEW's highest-core compute module
- 8-channel DDR4 up to 128 GB: memory bandwidth for the core count
- 2x 480 Gbps HCCS: double the coherent fabric for 2P builds
- 32 PCIe 4.0 lanes: I/O scale with port-splitting flexibility
- Module form factor: chassis-standardized compute upgrades
What TF NEW Says
"Some workloads buy cores, and the module form factor should deliver them without a chassis swap," said a TF NEW product manager. "The KP920Max is 64 Taishan-architecture cores, eight-channel DDR4 to 128 GB and dual 480 Gbps HCCS links — the highest-core module in the family, with fabric that keeps paired modules coherent. Compute capacity that scales inside the same box."
Quality and Availability
Every KP920Max is burn-in tested — all cores, memory channels, HCCS links and PCIe paths validated for 48 hours before shipping. It ships with chassis integration specifications and firmware documentation.
Pricing and Availability
The KP920Max is available now. Pricing varies by core/memory configuration and volume. Contact sales@tfnew.com or use the request-a-quote form at www.tfnew.com/contact for volume pricing and lead time.
About TF NEW
TF NEW (TF New Technology) is an enterprise AI infrastructure provider based at www.tfnew.com. It designs and delivers private AI, compute, networking, storage, cooling and edge systems as deployment-ready solutions — AI servers, AI workstations, edge AI, liquid cooling and enterprise rack servers — for AI factories, datacenters and edge projects worldwide.
Media Contact
TF NEW | sales@tfnew.com | www.tfnew.com/contact
FAQ
- What is the KP920Max? TF NEW's highest-core compute module, with the KP920 processor at 48/64 cores and 2.6 GHz.
- How much memory does it support? 8-channel DDR4-2933 with ECC, up to 128 GB.
- What interconnect does it have? 2x x8 HCCS links at 480 Gbps each with 2P interconnect support.
- What PCIe does it have? 3x PCIe 4.0 controllers with up to 32 lanes, PCIe1 splittable down to 8x x2.
- What is it best for? Core-dense server nodes, virtualization and database platforms in standardized chassis.