NVIDIA T1200: Empowering Professional Workstations with Cutting-Edge Graphics

Professional laptop GPUs from NVIDIA power cutting-edge thin and light mobile workstations and tiny devices for visual computing in many sectors. The NVIDIA RTX professional laptop GPUs, based on the Ampere architecture, offer real-time ray tracing, sophisticated shading, and AI-based capabilities for mobile design and visualization tasks. NVIDIA professional laptop GPUs offer the latest graphics technology, greater performance, and more computational capability for designers, scientists, and artists to work productively from anywhere.

A pioneer in graphics processing technology, NVIDIA offers the NVIDIA T1200, a specialized graphics card for creative design, engineering, and content production professionals. This guide will cover the NVIDIA T1200’s essential features, technical specs, and FAQs.

Specifications Of NVIDIA T1200

Specifications Of NVIDIA T1200

Architecture Turing
Pipelines 1024 – unified
TMUs 64
ROPs 32
Tensor / AI Cores 64
Core Speed 855 – 1425 (Boost) MHz
Memory Speed 10000 MHz
Memory Bus Width 128 Bit
Memory Type GDDR6
Max. Amount of Memory 4 GB
Shared Memory NO

What Is In The Box?

  1. NVIDIA T1200 Graphics Card: NVIDIA T1200 Graphics Card: The graphics card is integral to the bundle
  2. User Manual/Documentation: Installation, setup, and troubleshooting instructions are included. It may also provide warranty information.
  3. Driver CD or Download Instructions: Consists of drivers on a CD. Users usually get the newest drivers from the manufacturer’s site.
  4. Power Adapters: The box may include extra power adapters depending on the graphics card’s power needs. These link the graphics card to the power source.
  5. Display Adapters: Graphics cards with HDMI, DisplayPort, or DVI outputs may have adapters to switch between them.
  6. Installation Accessories: Screws or other accessories for installing the graphics card in the computer casing.
  7. Graphics Card Support Bracket: High-end graphics cards may include a support bracket to decrease motherboard and card stress.


After our usage, we have found that the T1200’s high-performance processor is built on NVIDIA’s latest architecture. Thanks to the architecture’s optimisation of power usage and graphics capabilities, users conducting resource-intensive work get a smooth experience.


With its CUDA cores, the NVIDIA T1200 performs the complex processes modern applications require. The T1200’s CUDA cores enhance system performance by speeding up GPU-intensive tasks like rendering and simulations.

Memory Speed of NVIDIA T1200

With GDDR6 memory, the NVIDIA T1200 can access huge datasets quickly. It simplifies scientific simulations, 3D rendering, and content development. Massive memory makes complex models and simulations simpler.

Software Aid

NVIDIA’s driver enhancements allow the T1200 to run the newest programmes and OSes. This program improves graphics card stability, compatibility, and performance.

Ray Tracing, AI

AI-powered innovations and real-time ray-tracing distinguish the NVIDIA T1200. Experts in design, animation, and gaming adore it because it makes visuals more realistic.


NVIDIA launched the Quadro T1200 Mobile, a professional graphics processor, on April 12, 2021. It runs DirectX 12 on the 12 nm TU117 graphics processor. A typical TU117 graphics processor has a 200 mm² chip size and 4,700 million transistors. 32 ROPs, 64 texture mapping units, and 1024 shading units. NVIDIA’s 128-bit memory interface lets the Quadro T1200 Mobile connect with 4 GB of GDDR6 RAM. A maximum overclock of 1785 MHz runs the GPU at 1515 MHz and the RAM at 1500 MHz for 12 Gbps. Maximum draw is 18 W. This device was not built for screens, hence it lacks a display connection.

The desktop ProViz lineup gets RTX A5000 and A4000 cards.

Nvidia introduced its Ampere architecture to the professional market in October with the Nvidia RTX A6000 graphics card, which has 10,752 CUDA cores and 48GB of RAM. The $4,650 graphics card targets high-end workstations exceeding $10,000. This week, Nvidia unveiled its RTX A5000 and A4000 professional graphics cards to serve distinct markets.  The Nvidia RTX A5000, which is cheaper than the A6000, supports 2-way multi-GPU setups utilising NVLink and GPU virtualisation, thus it may be put in a server and utilised remotely by several clients. The GA102 GPU-based RTX A5000 has 24GB of ECC GDDR6 memory. RTX A5000 peaks at 27.8 FP32 TFLOPS, roughly 30% lower than A6000’s 38.7, indicating less CUDA cores. Four DisplayPort 1.4a outputs and a dual-slot blower cooling are on the board.

Should I Buy NVIDIA T1200?

We recommend the NVIDIA T1200 for pros and beginners in content production, 3D rendering, and other GPU-intensive applications. The T1200’s complicated architecture, many CUDA cores, and real-time ray tracing provide rapid processing and realistic images. Think RAM, display outputs, and NVIDIA DLSS with G-SYNC. VR enthusiasts admire the T1200’s VR readiness. Consider money and power sources before choosing the T1200. Review recent evaluations and benchmarks to verify performance matches expectations. Business and full immersion may fit the NVIDIA T1200. Finally, the NVIDIA T1200 graphics card demonstrates NVIDIA’s dedication to visual excellence. The T1200’s elegant architecture, powerful CUDA cores, and support for cutting-edge technologies make it ideal for high-performance professionals.


What are the outputs of a T1200 display?

The T1200 has display outputs and DisplayPort and HDMI. You can connect several display devices to these outputs.

For whom is The NVIDIA T1200 graphics card made?

Users of the NVIDIA T1200 graphics card include professionals and enthusiasts engaged in content creation, 3D rendering, design, and other GPU-intensive activities.

How much memory does the T1200 have?

The GDDR6 memory on the T1200 is [insert specified capacity]. Because of this rapid memory, demanding software may swiftly access massive databases.

Can raytracing be done in real time using T1200?

With the NVIDIA T1200, you can enjoy more lifelike graphics rendering thanks to real-time ray tracing, which mimics the physical behaviour of light.