Intel Xeon Platinum 9222 socket: BGA 5903

The Intel Xeon Platinum 9222 uses the BGA 5903 package on large compute boards. The 32 core soldered chip cannot be replaced.

Socket
BGA 5903
Launched
July 2019
Cores and threads
32 and 64
Base power
250 W
Segment
Server
Clocks
2.3 / 3.7 GHz

Intel Xeon Platinum 9222 specifications

Cores32
Threads64
Core architectureCascade Lake-AP cores on 14 nm
Clocks2.3 GHz base, up to 3.7 GHz with Turbo Boost 2.0
Cache71.5 MB Intel Smart Cache (L3)
Processor base power (TDP)250 W
Manufacturing process14 nm
Memory supportDDR4-2933 ECC, twelve channels
PCI ExpressPCIe 3.0 from the processors
Integrated graphicsNone
MultiplierLocked
ECC memorySupported with RDIMMs
PackageFC-BGA5903 (soldered)

Motherboard compatibility

Intel Xeon Platinum 9222 needs a motherboard with a BGA 5903 socket. Chipset by chipset data for this codename is not recorded yet. See the BGA 5903 chipset list and the board maker's CPU support list.

BGA 5903 at a glance

TypeBGA, 5,903 contacts
Package sizen/a
IntroducedApril 2019
MemoryDDR4-2933 ECC, twelve channels
Cooler mounting holesNot applicable (soldered)

Read the full BGA 5903 socket guide

What the Xeon Platinum 9222 is

The Xeon Platinum 9222 mirrors the 9221 with two dies for 32 cores and 64 threads. It launched in the third quarter of 2019 with a 2.3 GHz base and up to 3.7 GHz boost at 250 W. Intel offers it as a parallel bin for large system vendors that need supply depth.

Seventy one point five megabytes of cache support parallel throughput across 64 threads. Clocks match the 9221 for drop in equivalence in qualified nodes. Vendors can source either SKU against the same board and thermal design.

No integrated graphics is included, so nodes run headless with management controllers. The process is 14 nm. Twelve channel DDR4 ECC feeds bandwidth hungry codes.

Socket and motherboard compatibility

The 9222 solders to BGA 5903 permanently. Board power and cooling match the 250 W class with vendor qualified heatsinks. There is no socketed path between vendors.

DDR4-2933 ECC in twelve channels carries large datasets. Population rules mirror the 9221 exactly. The How to find your CPU socket type guide shows where to confirm FC-BGA5903 in node specs.

LGA 3647 boards cannot accept this BGA part. Package and board wiring differ. Node replacement is the service model.

Memory, PCIe and cooling

DDR4-2933 ECC RDIMMs in twelve channels suit HPC and cloud density. Bandwidth scales with channel count for memory bound jobs. Order balanced DIMM sets for best throughput.

PCIe 3.0 from the processors connects NVMe and fabric. Node designs split lanes per accelerator needs. Vendor diagrams define the exact topology.

Cooling follows vendor guidance for 250 W dual die packages. Even mounting pressure matters at this size. No retail cooler fits.

Upgrade paths

Soldered construction blocks upgrades. Fabric and storage refreshes extend cluster relevance. Node swaps bring core gains.

Within BGA 5903, the Intel Xeon Platinum 9221 is the functional twin at the same clocks and power. The Intel Xeon Platinum 9242 steps to 48 cores at 350 W for higher density. All share package tooling.

Past BGA 5903 later Xeon generations use new sockets. The 9222 covers supply depth where 32 cores must ship in volume.

Frequently asked questions

What socket does the Intel Xeon Platinum 9222 use?

It uses BGA 5903 soldered to large compute boards.

How many cores does the 9222 have?

Thirty two cores with Hyper-Threading give 64 threads. Base is 2.3 GHz with boost to 3.7 GHz.

Does the 9222 include integrated graphics?

No. Nodes run headless with management controllers.

What memory does the 9222 support?

DDR4-2933 ECC in twelve channels.

When did the 9222 launch?

Third quarter of 2019 with Cascade Lake-AP.

Sources and verification

  1. Intel Xeon Platinum 9222 Processor specifications (Intel)
  2. Intel Xeon Platinum 9221 Processor specifications (Intel)
  3. Intel Xeon Platinum Cascade Lake-AP Processors List (SysRqmts)

Facts last checked against these sources on . Page last edited on .