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100% Original Wholesale Brand new ada lovelace type TU106-400 TU106/200 TU106-410

  1. TU106-400 (RTX 2060 Super)
    • Full die with 2,176 CUDA cores, 8GB GDDR6, and 256-bit bus (matching RTX 2070 memory specs).
    • Targets 1440p gaming with ~15% performance uplift over TU106-200.
  2. TU106-200 (RTX 2060)
    • Cut-down die with 1,920 cores, 6GB GDDR6, and 192-bit bus.
    • Designed for 1080p/1440p entry-level ray tracing.
  3. TU106-410 (OEM/Refresh)
    • Reuses TU106-400 specs but with adjusted clocks for OEM systems.
    • Example: Dell/Alienware pre-builts with slight clock boosts.

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100% Original Wholesale Brand new ada lovelace type TU106-400 TU106/200 TU106-410

Here’s a detailed comparison table for the TU106-400, TU106-200, and TU106-410 GPU variants, following NVIDIA’s Turing-era segmentation for mid-range GPUs like the RTX 2060 series:


TU106 GPU Variants Comparison Table

(RTX 2060 Super / RTX 2060 / OEM Models)

Specification TU106-400 (e.g., RTX 2060 Super) TU106-200 (e.g., RTX 2060) TU106-410 (e.g., OEM/Refresh) Difference
Die Variant Full TU106 (400-A1) Cut-down TU106 (200-A1) Refreshed/OEM variant (410-A1)
CUDA Cores 2,176 1,920 2,176 (same as -400) +13% vs. 200
SMs (Streaming Multiprocessors) 34 30 34 +4 SMs vs. 200
Base Clock 1,470 MHz 1,365 MHz ~1,410 MHz (OEM-adjusted) +3% vs. 200
Boost Clock 1,650 MHz 1,680 MHz ~1,710 MHz (OEM-boosted) +2% vs. 200
Memory Size 8GB GDDR6 6GB GDDR6 8GB GDDR6 +33% vs. 200
Memory Bus Width 256-bit 192-bit 256-bit Wider bus vs. 200
Memory Bandwidth 448 GB/s 336 GB/s 448 GB/s +33% vs. 200
RT Cores 34 (2nd Gen) 30 34 +13% vs. 200
Tensor Cores 272 (3rd Gen) 240 272 +13% vs. 200
TDP 175W 160W ~170W (OEM-adjusted) +6% vs. 200
Typical SKU RTX 2060 Super RTX 2060

TU106 GPU Variants Technical Descriptions

1. TU106-400 (Full Die – RTX 2060 Super)

The TU106-400 represents the fully enabled implementation of NVIDIA’s mid-range Turing GPU, featuring:

  • 2,176 CUDA cores (34 SMs)
  • 34 RT cores (2nd generation)
  • 272 Tensor cores (3rd generation)
  • 8GB GDDR6 memory on a 256-bit bus (448 GB/s bandwidth)

This configuration delivers excellent 1440p gaming performance with:

  • Base clock: 1,470 MHz
  • Boost clock: 1,650 MHz
  • TDP: 175W

The TU106-400 powers the RTX 2060 Super, offering performance comparable to the original RTX 2070 while maintaining better power efficiency. It supports all Turing architecture features including:

  • Real-time ray tracing
  • DLSS (Deep Learning Super Sampling)
  • NVENC improved video encoding

2. TU106-200 (Cut-Down Die – RTX 2060)

The TU106-200 is a cost-reduced variant with:

  • 1,920 CUDA cores (30 SMs)
  • 30 RT cores
  • 240 Tensor cores
  • 6GB GDDR6 memory on a 192-bit bus (336 GB/s bandwidth)

Performance characteristics:

  • Base clock: 1,365 MHz
  • Boost clock: 1,680 MHz
  • TDP: 160W

As the GPU behind the original RTX 2060, the TU106-200 brought ray tracing to the mainstream market. While it has:

  • 12% fewer cores than the -400 variant
  • 25% less memory bandwidth
    It remains capable of 1080p ray traced gaming and benefits from Turing’s architectural improvements.

3. TU106-410 (OEM Refresh Variant)

The TU106-410 serves as an OEM-focused refresh with:

  • Full 2,176 CUDA cores (same as -400)
  • 34 RT cores
  • 272 Tensor cores
  • 8GB GDDR6 memory (256-bit bus)

Key differentiators:

  • Slightly adjusted clocks for OEM systems
  • Typically appears in pre-built systems (Dell, HP, etc.)
  • May feature small clock speed bumps over reference designs
TU106-400

TU106-400, TU106-410, TU106/200

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