AMD Opteron X3216 socket: Socket FP4

The AMD Opteron X3216 uses Socket FP4 as a soldered BGA package. It is a dual core Toronto server SoC with ECC memory for microservers that cannot swap processors.

Launched
June 2017
Cores and threads
2 and 2
Default TDP
15 W
Codename
Toronto
Segment
Embedded
Clocks
1.6 / 3.0 GHz

AMD Opteron X3216 specifications

Cores2
Threads2
Core architectureExcavator (Toronto)
Clocks1.6 GHz base, up to 3.0 GHz boost
Cache1 MB L2 (no L3)
Processor base power (TDP)15 W
Manufacturing process28 nm
Memory supportDDR4-1600 ECC, two channels, up to 32 GB
PCI ExpressPCIe 3.0, 8 lanes from the SoC
Integrated graphicsRadeon R7 (4 CU, up to 800 MHz)
MultiplierLocked
ECC memoryYes
PackageFP4 BGA (soldered)

Motherboard compatibility

AMD Opteron X3216 needs a motherboard with a Socket FP4 socket. Chipset by chipset data for this codename is not recorded yet. See the Socket FP4 chipset list and the board maker's CPU support list.

Socket FP4 at a glance

TypeBGA, 968 contacts
Package sizen/a
Introduced2016
MemoryDDR3-2133 and DDR4-1600, one or two channels, ECC not supported
Cooler mounting holesNot applicable (soldered)

Read the full Socket FP4 socket guide

What the Opteron X3216 is

The Opteron X3216 is a dual core, dual thread server SoC with a 1.6 GHz base and up to 3.0 GHz boost. It carries 1 MB of shared L2 cache with no L3 and a 15 W TDP on the 28 nm process. HPE lists it with a 12 to 15 W configurable range for the MicroServer Gen10 entry model.

One Excavator module gives two cores for file serving and light containers where ECC matters more than speed. Toronto is the server name for this Excavator silicon, not Brown Falcon, which covers smaller G-series parts. The multiplier is locked.

Radeon R7 graphics with 4 compute units up to 800 MHz cover setup displays in headless racks. Memory runs as DDR4-1600 ECC in two channels. The chip is soldered in the FP4 BGA package.

Socket and motherboard compatibility

The X3216 is soldered to the server board in the Socket FP4 package and cannot be replaced. Upgrading means replacing the board or the whole microserver. HPE qualified it for the MicroServer Gen10 with two DIMM slots and four drive bays.

Boards pair it with passive or small active cooling tuned for 15 W continuous loads. ECC UDIMMs correct single bit errors during long uptimes. Check the server vendor list for the exact SoC before ordering boards.

There is no socket retention or cooler choice beyond the vendor heatsink. Service follows the server maker manual. The LGA, PGA and BGA: CPU package types explained guide explains soldered package trade offs.

Memory, PCIe and cooling

Memory support covers DDR4-1600 ECC in two channels up to 32 GB on MicroServer boards. ECC corrects single bit errors during continuous file work, which protects stored data. Two matched UDIMMs give dual channel speed.

PCI Express arrives as version 3.0 with 8 lanes from the SoC for NICs and storage controllers. Microservers wire SATA through the chipset for drive bays. There is no cooler to swap, so thermal design stays with the vendor.

Upgrade paths

There is no CPU upgrade path on soldered FP4. The only moves are more ECC memory where slots allow it, larger drives, or a whole server replacement. The X3418 adds cores on the same package where listed.

Staying on this board, ECC memory and matched DIMMs help more than chasing clocks. The locked multiplier removes overclocking as a tuning option.

Frequently asked questions

What socket does the Opteron X3216 use?

It uses Socket FP4 as a soldered BGA package on MicroServer boards. The chip cannot be replaced.

How many cores does the X3216 have?

Two cores and two threads at 1.6 GHz base with up to 3.0 GHz boost, with 1 MB of L2 cache at 15 W with 12 W down.

What is the codename of the X3216?

Toronto, the server name for this Excavator silicon. Brown Falcon covers smaller G-series parts instead.

What memory does the X3216 support?

DDR4-1600 ECC in two channels up to 32 GB on MicroServer boards.

Which graphics does the X3216 include?

Radeon R7 with 4 compute units up to 800 MHz for setup displays in racks.

Sources and verification

  1. HPE ProLiant MicroServer Gen10 QuickSpecs (HPE, June 2017)
  2. AMD Opteron X3216 APU (PassMark)

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