Intel Xeon D-1520 @ 2.20GHz
Intel Xeon D-1520 @ 2.20GHz specifications and PassMark benchmark data: 1,270 single-core score, 4,917 multicore score, BGA 1667 socket, 4 cores.
Compare- Class
- Server
- Socket
- BGA 1667
- Base clock
- 2.2 GHz
- Turbo clock
- 2.6 GHz
- Cores
- 4
- Threads
- 8
- Typical TDP
- 45 W
- Release / first seen
- Q4 2015
- L1 Instruction Cache
- 4 x 32 KB
- L1 Data Cache
- 4 x 32 KB
- L2 Cache
- 4 x 256 KB
- L3 Cache
- 6 MB
- Memory Support
- Max. Memory Size: 128 GB (DDR4, ECC Supported)
Understanding Intel Xeon D-1520 @ 2.20GHz
PassMark single-core and multicore scores describe different workloads. Compare each score with the same benchmark on another processor. A higher multicore score does not mean every application or game will run proportionally faster. Device cooling, memory and power settings also affect performance.
Will Intel Xeon D-1520 @ 2.20GHz work with my motherboard?
The source lists BGA 1667 as the socket. Check the exact motherboard model and revision on its manufacturer's CPU support list, including the minimum BIOS version. A socket match alone does not establish compatibility. Include a new motherboard, memory and cooling in your budget when the platform changes.
Other names listed by the benchmark source: Intel(R) Xeon(R) CPU D-1520 @ 2.20GHz, Intel Xeon CPU D-1520 @ 2.20GHz.
How our benchmarks and CPU recommendations workSources and data freshness
- Intel Xeon D-1520 @ 2.20GHz on PassMark CPU Benchmarks. Data retrieved .
The retrieval date records when Find Me a CPU collected the source data. It is not a benchmark test date. Prices are USD estimates from the source, converted for other currencies, rather than live retailer offers. Release / first seen means the CPU first appeared on PassMark charts, not necessarily its launch date.
Benchmark scores do not predict frame rates in a particular game. Typical TDP is a specification, not measured electricity use. A matching socket does not confirm motherboard support; check the manufacturer's CPU support list and BIOS requirements.
How our data and recommendations work