Feex·GPU
NVIDIA · Titan

NVIDIA TITAN Xp

The NVIDIA TITAN Xp is a graphics card released on April 6, 2017, built on the Pascal architecture. It has 3,840 shading units, 12 GB of GDDR5X memory on a 384-bit bus, 547.6 GB/s of memory bandwidth, a boost clock of 1.58 GHz and a 250 W board power rating. It scores 18,754 in the PassMark G3D benchmark. It supports DirectX 12 and OpenGL 4.5.

PascalGP102-450-A1
10/10 key specs recorded · 33 facts

Depth: 41 recorded fields, 5 PassMark workloads

Specification data last verified October 1, 2026 against PassMark Videocard Benchmark and Wikipedia GPU list tables (wikigrid-2026-09). Coverage: 10 of 10 tracked specifications recorded.

Shading units
3,840cores
30 SMs
Memory
12 GB
GDDR5X · 384-bit
Boost clock
1.58 GHz
1.41 GHz base
Board power
250 W

Performance

The NVIDIA TITAN Xp scores 18,754 in the PassMark G3D benchmark, higher than 96% of the 2,658 GPUs benchmarked (PassMark rank #111), measured across 394 submitted results. Its PassMark G2D score is 883.

PassMark G3D Mark
18,754
Rank #111
Faster than 96% of 2,658 GPUs
394 samples
0relative to the fastest GPU on record (41,928)

PassMark workload tests

DirectX 9 227 fps reference: fastest recorded 526 fps · faster than 93.6% of 1,675 GPUs
DirectX 10 119 fps reference: fastest recorded 231 fps · faster than 93.6% of 1,602 GPUs
DirectX 11 152 fps reference: fastest recorded 362 fps · faster than 90.8% of 1,430 GPUs
DirectX 12 69 fps reference: fastest recorded 213 fps · faster than 89.1% of 1,274 GPUs
GPU Compute 9,438 ops/s reference: fastest recorded 26,591 ops/s · faster than 93.6% of 1,447 GPUs

Averages of PassMark PerformanceTest submissions; frames/sec are PassMark test-scene rates, not game FPS. Tests PassMark does not report for this card are omitted. PassMark listing

In the PassMark workload tests the NVIDIA TITAN Xp averages DirectX 9 227 fps, DirectX 10 119 fps, DirectX 11 152 fps, DirectX 12 69 fps and GPU Compute 9,438 ops/s, across 394 submitted results. Frames per second are PassMark test-scene rates, not game frame rates.

As stated by PassMark

Category Desktop
Bus interface PCIe 3.0 x16
Max memory 12 GB
Core clock 1405 MHz
Memory clock 1426 MHz
DirectX 12.0
OpenGL 4.5
Max TDP 250 W
First benchmarked 2017-04-11
Samples 394

PassMark listing (collected 2026-10-01)

PassMark's own listing for the NVIDIA TITAN Xp states the PCIe 3.0 x16 interface, up to 12 GB of memory, a core clock of 1405 MHz, DirectX 12.0 and OpenGL 4.5, first benchmarked on 2017-04-11. These are PassMark's figures, shown separately from the specification tables above.

Not to be confused with

This page covers the NVIDIA TITAN Xp specifically. It is a different product from NVIDIA TITAN Xp COLLECTORS EDITION, which have their own specifications. Check the exact model name before comparing figures.

Graphics processor

Architecture Pascal
Codename GP102-450-A1
Chip Not recorded
Process node Not recorded
Transistors 11,800 M
Die size 471 mm²

The NVIDIA TITAN Xp is based on the Pascal architecture, uses the GP102-450-A1 graphics processor, contains 11,800 million transistors and has a die size of 471 mm².

Shader configuration

Shading units 3,840
Compute units Not recorded
Streaming multiprocessors 30
Execution units Not recorded
Texture units (TMUs) 240
Render output units (ROPs) 96
Ray tracing cores Not recorded
Tensor / AI cores Not recorded
XMX engines Not recorded
Infinity cache Not recorded

The NVIDIA TITAN Xp has 3,840 shading units, 30 streaming multiprocessors, 240 texture mapping units and 96 render output units.

The NVIDIA TITAN Xp does not use XMX engines; those are specific to Intel Arc graphics. Infinity Cache is an AMD architectural feature and does not apply to the NVIDIA TITAN Xp. Feex has no recorded ray tracing core count for the NVIDIA TITAN Xp.

Clock speeds

Base clock 1.41 GHz
Boost clock 1.58 GHz
Game clock Not recorded
Memory clock Not recorded
Effective memory clock Not recorded

The NVIDIA TITAN Xp runs at a base clock of 1.41 GHz and boosts to 1.58 GHz.

Memory

Size 12 GB
Type GDDR5X
Bus width 384-bit
Bandwidth 547.6 GB/s

The NVIDIA TITAN Xp is equipped with 12 GB of GDDR5X memory, uses a 384-bit memory bus and delivers 547.6 GB/s of memory bandwidth.

Board and power

The NVIDIA TITAN Xp has a board power rating of 250 W and it connects over PCIe 3.0 x16.

Board power (TDP) 250 W
Total board power Not recorded
Suggested PSU Not recorded
Power connectors Not recorded
Slot width Not recorded
Length Not recorded
Width Not recorded
Height Not recorded
Cooler Not recorded
Max temperature Not recorded
Bus interface PCIe 3.0 x16

Market

Launched April 6, 2017
Launch price Not recorded
Status Not recorded
Form factor Not recorded
Segment Desktop
Series Titan

The NVIDIA TITAN Xp was released on April 6, 2017.

Benchmarks

PassMark G3D 18,754
PassMark G2D 883
Rank #111
Samples 394

Graphics and compute APIs

The NVIDIA TITAN Xp supports DirectX 12 and OpenGL 4.5.

DirectX 12
OpenGL 4.5

Feex has no recorded CUDA compute capability for the NVIDIA TITAN Xp. Feex has no recorded Vulkan version for the NVIDIA TITAN Xp. Feex has no recorded OpenCL version for the NVIDIA TITAN Xp.

Frequently asked questions

How much VRAM does the NVIDIA TITAN Xp have?

The NVIDIA TITAN Xp has 12 GB of GDDR5X memory on a 384-bit bus. Its memory bandwidth is 547.6 GB/s.

How much power does the NVIDIA TITAN Xp use and what power supply does it need?

The NVIDIA TITAN Xp has a board power rating of 250 W.

How fast is the NVIDIA TITAN Xp?

The NVIDIA TITAN Xp scores 18,754 in the PassMark G3D benchmark, higher than 96% of the 2,658 GPUs benchmarked. Its PassMark rank is #111. In the PassMark DirectX 12 test it averages 69 fps.

What bus interface does the NVIDIA TITAN Xp use?

The NVIDIA TITAN Xp connects over PCIe 3.0 x16.

When was the NVIDIA TITAN Xp released?

The NVIDIA TITAN Xp was released on April 6, 2017.

Corrections to this record

After an audit, 1 empty field was filled from sources. Each change is listed with its old value, new value, rule and sources.

1 filled value

The audit log is public: all changes for this GPU, the corrections overview and the method.

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