Riva TNT2

RIVA TNT2 was NVIDIA's final major pre-GeForce desktop family, with many full, Ultra, Pro, M64, and Vanta variants.

Reference GPU
Partial entry. Core specifications may be present, but history, variant notes, known issues, and source review may be incomplete.
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At a Glance

Entry Type
Reference GPU
Architecture
Fahrenheit
Series
RIVA TNT2 Series
GPU Die
NV5
Launch Date
1999-03-15
Launch MSRP
Board pricing varied by partner and variant
TMUs
2
ROPs
2
Memory
16 MB or 32 MB depending on board SDRAM
Bus Width
128-bit on standard TNT2
TDP/TBP
Not consistently specified in public board data
Rec. PSU
200 W
Interface
AGP 4x, AGP 2x, or PCI depending on board
Data Confidence
Partial

Overview

RIVA TNT2 closed NVIDIA’s pre-GeForce era with a faster, more varied family than the original TNT. The name covers very different cards, from high-clock Ultra boards to cheaper M64 and Vanta designs with narrower memory configurations.

That makes TNT2 a key wiki family. It is not enough to know that a card says TNT2. The exact variant, memory bus, memory size, cooler, and board partner determine what the card actually represents.

Why It Mattered

RIVA TNT2 showed how NVIDIA could scale one graphics family across performance and OEM price points shortly before GeForce 256 introduced hardware transform and lighting.

Collector Relevance

TNT2 Ultra and unusual partner cards are more desirable than plain M64 or Vanta boards. Record variant, memory bus, chip markings, memory chips, cooler, BIOS, and whether the board is AGP or PCI.

Used-Market Caution

Do not buy by the TNT2 name alone. Confirm full TNT2, Ultra, Pro, 64-bit M64, or Vanta, then check fan condition, memory errors, AGP compatibility, and driver support for the intended OS.

Variant Notes

Exact retail board models can differ in cooler, PCB, clocks, display outputs, BIOS behavior, and power connector layout.

Known Issues

Variant confusion is the main issue. Standard TNT2, Ultra, Pro, M64, and Vanta cards differ substantially, especially in memory bus width.

Known Failure Points

Small fans, dried thermal pads, memory artifacts, and wrong variant identification are common. Some listings use TNT2 for M64 or Vanta cards that perform well below full TNT2 boards.

Driver and Platform Notes

Windows 9x Detonator era drivers are the normal target. Windows 2000 and XP support depends on legacy driver branch and exact board.

Only legacy driver stacks are relevant. No practical modern accelerated Linux target.

Windows 98 is the most natural target. Windows 2000 and XP can work with legacy drivers on some boards.

SourcesPartial

Sources reviewed: 2026-06-21

This entry is still being source-checked.

Source Status

Source review pending. Treat narrative notes as incomplete until listed sources are reviewed.

Pending source review topics:

  • why it mattered
  • launch context
  • performance context
  • competitive context
  • driver and platform notes
  • variant notes
Data confidence and source status

Partial entry. Core specifications may be present, but history, variant notes, known issues, and source review may be incomplete.

  • Verified: core specifications and historical notes have been reviewed against listed sources.
  • Partial: core specifications may be present, but history, variant notes, known issues, and source review may be incomplete.
  • Imported: spec-only imported entry pending editorial source review.
  • Needs source review: narrative notes are incomplete until reviewed.

Primary / manufacturer sources

  1. DOS Days RIVA TNT2 SeriesTNT2, TNT2 Ultra, TNT2 Pro, M64, Vanta, and Vanta LT family contextOpen source
  2. Archived NVIDIA TNT2 product pageNVIDIA product positioning archiveOpen source
  3. NVIDIA Windows XP/2000 91.47 driver pageNVIDIA support list and legacy support boundary for several GeForce2 and TNT2-era productsOpen source
  4. NVIDIA Windows NT supported products pageNVIDIA legacy driver support note for TNT2, Vanta, GeForce 256, GeForce2 GTS/Pro/Ultra, and Quadro2Open source

Other sources

  1. Creative 3D Blaster RIVA TNT2 Ultra datasheetBoard-level TNT2 Ultra performance and cooler contextOpen source

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