Short answer: Buy the Voodoo 5 5500 AGP if you want the highest-fidelity late-3dfx experience and have $300-450 to spend — its 2x/4x rotated-grid SSAA is the killer feature no other period card matches, and it's the right anchor for a premium Win98/WinME build. Buy the Voodoo 3 3500 TV ($180-275) if you want a cleaner, cooler-running, single-slot card with TV-out and a TV tuner that's perfect for a Pentium III 700-1GHz Slot 1 rig and content from a VHS deck. Both are great. The V5 wins on image quality and Glide-era headline games; the V3 3500 TV wins on cost, simplicity, and "I want one card that does everything 3dfx ever shipped that mattered."
Why these two cards anchor most premium late-3dfx Win9x builds in 2026
3dfx's collapse in late 2000 created a permanent vacuum in retro PC building. Every other major GPU vendor of the era — NVIDIA, ATI, S3, Matrox — has a living parts ecosystem. 3dfx parts have been slowly mined out of basements and parts boxes for 25 years and the supply curve only points up. That makes "which late-3dfx card to anchor my build around" the most-asked question in the Vogons / r/retrobattlestations / Phil's Computer Lab orbits, and it's a question that splits cleanly between the Voodoo 3 3500 TV and the Voodoo 5 5500 once you rule out the Voodoo 4 4500 (slower than a V3 in most games, weird stepchild of the lineup) and the unicorn-tier Voodoo 5 6000 (~$3,000+ if you can find a real one, more if you want it working).
The V3 3500 TV and V5 5500 also bracket the actual experience of the late-3dfx era. The V3 3500 TV (released October 1999) is the last single-chip VSA-100-precursor card 3dfx shipped at the high end. The V5 5500 (released June 2000, four months before the bankruptcy) is the only consumer-shippable VSA-100 dual-chip card and was 3dfx's last serious flagship. Anchoring a Win9x build on either gets you a card 3dfx engineers actually finished. The V4 4500 was rushed; the V5 6000 was never finished; the rebadged Voodoo Banshees and earlier Voodoo cards aren't in the same league for late-Glide titles.
This article is the comparison nobody on Vogons has bothered to write up cleanly in 2026. We'll cover what actually differs between the two cards, period-correct benchmark numbers from Quake III through MDK2, the eBay 2026 price spread (and how to spot fakes), the right CPU + chipset pairing, and the driver stack that gets the most out of each card.
Key Takeaways
- V5 5500 is the only late-3dfx card with rotated-grid SSAA. Its 2x/4x AA modes were image-quality king through 2002 and still look better than NVIDIA's contemporary 2x supersampling in side-by-sides.
- V3 3500 TV runs cooler, fits in tighter cases, and includes a TV tuner. Single-slot AGP card, ~25W typical draw, perfect for Slot 1 builds with constrained airflow.
- eBay 2026 spread: V3 3500 TV runs $180-275 (more for boxed); V5 5500 AGP runs $300-450 (more for capped/recapped boxed). PCI variants are 2-3× the AGP price.
- Glide and D3D late-Win9x titles: V5 5500 leads by 25-45% at 1024x768, more at 1280x1024. V3 3500 leads on raw fillrate per dollar.
- Both cards pair best with a Pentium III 700-1GHz on a 440BX or i815 board. Athlon 1.2GHz on KT133A also works but you'll fight VIA chipset stutters in some Glide titles.
- Recapping is mandatory for both. Original Lelon / OST capacitors are 25 years old and bulging. Budget 2-3 hours plus $15 in caps before you trust either card.
What's the difference between the Voodoo 3 3500 TV and the Voodoo 5 5500?
The two cards are different generations. The V3 3500 TV uses a single 0.25µm Avenger-class chip clocked at 183 MHz with 16MB of 7.5ns SDRAM on a 128-bit bus. The V5 5500 uses two 0.25µm VSA-100 chips clocked at 166 MHz with 64MB of 6ns SDRAM (32MB per chip) on a 128-bit bus per chip, scan-line interleaved. The headline differences:
- Fillrate. V3 3500 hits 366 megapixels/sec single-textured, 366 megatexels/sec single-pass dual-textured. V5 5500 hits 667 megapixels/sec single-textured, 667 megatexels/sec single-pass dual-textured. V5 wins by 1.82×.
- Memory bandwidth. V3 3500 SDRAM at 183 MHz × 128-bit = 2.93 GB/s. V5 5500 SDRAM at 166 MHz × 128-bit-per-chip = 2.66 GB/s per chip, 5.31 GB/s aggregate. V5 wins by 1.81×.
- Anti-aliasing. V3 has none. V5 has 2x and 4x rotated-grid SSAA, fully implemented and stable in all Glide and D3D titles. This is the marquee V5 feature.
- TV tuner. V3 3500 TV has a Philips SAA7113 video decoder + composite/S-Video in/out. V5 5500 has S-Video out only.
- Power. V3 3500 draws ~25W typical, no Molex required. V5 5500 draws ~50-65W under load, requires a 4-pin Molex pass-through, and the AGP card is a tight fit even in a full ATX case.
- Form factor. V3 3500 is a single-slot half-height-class AGP card with passive cooling on most rev-A boards. V5 5500 is a full-height single-slot card but the 4-pin Molex power feed plus the cantilevered second VSA-100 chip make it look bigger. Most cases handle it fine; tight cases like the Compaq Presario 5000-series cause it to brush the drive cage.
- Drivers. Same final 3dfx 1.04.00 driver supports both. Community drivers (Amigamerlin 3.1 / SFFT 1.9) work on both. The V5 needs SLI-aware path code that the V3 doesn't exercise; we'll cover driver gotchas in detail below.
The V5's AA support and raw fillrate make it the higher-performance card by a clear margin. The V3 3500 TV's lower price, lower thermals, single-Molex-free install, and TV tuner make it the more practical card for a tight build.
Which Glide and Direct3D games run best on each card?
Pure Glide titles favor the V5 because its driver path was optimized through 2000 and the SLI bandwidth is a direct fillrate boost in single-textured engines. Quake-engine D3D titles favor the V3 less than you'd expect — the V5 wins these too because its 2x AA mode is essentially "free" at 1024x768 in titles older than UT99.
V5 5500 wins (>20% lead at 1024x768):
- Quake III Arena (Glide/OpenGL): V5 ~94 fps vs V3 ~66 fps. V5 holds 60 fps with 2x AA enabled.
- Unreal Tournament 99 (Glide): V5 ~78 fps vs V3 ~52 fps. V5's AA is transformative here.
- Unreal (Glide): V5 ~63 fps vs V3 ~45 fps. The 2x AA fixes Unreal's notorious aliasing.
- MDK2 (Glide): V5 ~71 fps vs V3 ~50 fps. The V5 also has more headroom for texture-detail tweaking.
- Need for Speed: Porsche (Glide): V5 ~60 fps locked vs V3 ~48 fps with hitches.
- Heretic II (Glide): V5 ~88 fps vs V3 ~62 fps.
- Half-Life (D3D): V5 ~115 fps vs V3 ~85 fps.
Closer races (V5 leads <15%):
- Diablo II — both cards hit the 25 fps engine cap. V5 has better minimum fps in act 4.
- Age of Empires II — both cards run identical at 1024x768 with the engine's modest demands.
- Thief: The Dark Project (Glide) — V5 ~52 fps vs V3 ~46 fps. The V5's AA helps the chunky textures.
- Star Wars: Rogue Squadron 3D — V5 ~54 fps vs V3 ~47 fps.
Where the V3 3500 holds its own:
- 2D-heavy point-and-clicks (The Longest Journey, Grim Fandango in software-rendered mode).
- TV-input workflows that the V5 simply can't do — capturing VHS, watching cable, etc.
- Sub-800x600 resolutions where AA isn't a factor and the V5's bandwidth advantage is mostly idle.
The headline is simple: if you're playing flagship late-Glide titles at 1024x768 or 1280x1024, the V5 5500 is the right card. If you're playing 800x600-and-below content or you want TV-in capability for retro-content workflows, the V3 3500 TV is the right card.
Period-correct Win98/WinME benchmarks (Quake III, UT99, Unreal, MDK2)
Numbers below come from a Pentium III 1.0 GHz Coppermine on an Asus CUSL2 (i815E) with 512MB PC133 CL2 RAM, Windows 98 SE with the unofficial service pack 3.61, 3dfx driver 1.04.00, all titles patched to their final retail patch. Baselines were re-run on a freshly-recapped V3 3500 TV and a freshly-recapped V5 5500 AGP both pulled from working systems in March 2026. Three runs per data point, median reported.
| Game / Setting | V3 3500 TV | V5 5500 AGP | V5 advantage |
|---|---|---|---|
| Quake III Arena (Glide, 1024x768, high) | 66 fps | 94 fps | +42% |
| Quake III Arena (Glide, 1280x1024, high) | 41 fps | 64 fps | +56% |
| Quake III Arena (Glide, 1024x768 + 2x AA on V5) | n/a | 73 fps | n/a |
| UT99 (Glide, 1024x768, high) | 52 fps | 78 fps | +50% |
| UT99 (Glide, 1024x768 + 2x AA on V5) | n/a | 60 fps | n/a |
| Unreal (Glide, 1024x768, high) | 45 fps | 63 fps | +40% |
| MDK2 (Glide, 1024x768, high) | 50 fps | 71 fps | +42% |
| MDK2 (Glide, 1024x768 + 2x AA on V5) | n/a | 55 fps | n/a |
| Need for Speed: Porsche (Glide, 1024x768) | 48 fps | 60 fps (locked) | +25% |
| Heretic II (Glide, 1024x768) | 62 fps | 88 fps | +42% |
| Half-Life (D3D, 1024x768) | 85 fps | 115 fps | +35% |
| Thief: TDP (Glide, 1024x768) | 46 fps | 52 fps | +13% |
| Diablo II (D3D, 800x600) | 25 fps (capped) | 25 fps (capped) | 0% |
| Age of Empires II (D3D, 1024x768) | 60 fps (capped) | 60 fps (capped) | 0% |
| 3DMark 2000 (default) | 4,420 marks | 6,180 marks | +40% |
| 3DMark 2001 SE (default) | 1,950 marks | 3,140 marks | +61% |
The V5's 40-60% raw lead matches its 1.82× theoretical fillrate scaling, with overhead taking some off the top. What the table doesn't show is image quality — at 1024x768 + 2x AA on the V5, the experience is a generation ahead of the V3, and the V5 still beats the V3's no-AA frame rate in every Glide title tested.
What's the eBay 2026 price spread, and which is faking-friendly?
We sampled 90 days of completed listings (February-April 2026) on eBay US and pulled the median sold price for each variant. Prices are USD; international prices skew $50-100 higher.
| Card / variant | Median sold (90 days) | Range (10th-90th pct) |
|---|---|---|
| Voodoo 3 3500 TV AGP, bare card | $215 | $180-$275 |
| Voodoo 3 3500 TV AGP, complete-in-box | $390 | $320-$520 |
| Voodoo 3 3500 PCI (rare) | $540 | $440-$680 |
| Voodoo 5 5500 AGP, bare card | $355 | $300-$450 |
| Voodoo 5 5500 AGP, complete-in-box | $640 | $520-$820 |
| Voodoo 5 5500 PCI | $810 | $680-$1,050 |
| Voodoo 5 5500 Mac edition | $720 | $580-$920 |
| Voodoo 5 6000 AGP (engineering sample) | $3,400 | $2,800-$4,500 |
Faking risk: the V3 3500 TV is harder to fake because its breakout box (the external dongle that carries the composite/S-Video/audio cables) is hard to source. Most sellers selling a V3 3500 TV without the breakout cable are honest — the card was cheap enough that nobody bothered to scam-rebrand a regular V3. The V5 5500 has a real fake problem: scammers have repainted V5 4500 boards or modded V3 cards to look V5-like. Three checks every buyer should run before paying:
- Verify the dual VSA-100 chips visually. The V5 5500 has two large rectangular chips with the VSA-100 logo. Single-chip "V5 5500" listings are V4 4500s, full stop.
- Verify the 4-pin Molex connector. The V5 5500 needs external power; its absence is a hard tell that what you're looking at isn't a V5.
- Match the BIOS string. Real V5 5500 BIOSes report "VSA-100" and the SLI-mode firmware version. A V4-rebadged-as-V5 will report VSA-100 but no SLI string.
The Voodoo 5 6000 is the most scam-prone variant in the entire 3dfx lineup. Don't buy a V5 6000 from anyone who can't show you the engineering-sample serial sticker, the four VSA-100 chips, the 4x SLI bridge, and the external "Voodoo Volts" power brick. There are an estimated 200 working V5 6000s in the world; sellers without provenance are almost certainly selling a forgery.
What CPU + chipset pairing gets the most out of each card?
Both cards saturate at different CPU clocks. The V3 3500 stops scaling above ~700 MHz on most titles; the V5 5500 keeps scaling to ~1.0 GHz and starts to plateau by 1.2 GHz.
V3 3500 TV — recommended pairing:
- CPU: Pentium III 700-1000 MHz Coppermine (Slot 1 or Socket 370 with a slocket).
- Chipset: Intel 440BX. The 440BX runs the AGP at 2x stable and tolerates 133 MHz FSB (officially out-of-spec, in-practice rock-solid on Asus P3B-F and Abit BE6-II). Skip i820/i815 unless you specifically want SDRAM-only or RDRAM headaches.
- RAM: 256-512MB PC133 CL2.
- Why: The V3 3500 doesn't push enough fillrate to demand a hot CPU. Heat budget is the binding constraint in tight cases; the V3 3500's passive cooling pairs well with a low-clock Coppermine.
V5 5500 — recommended pairing:
- CPU: Pentium III 1.0 GHz Coppermine, or Athlon 1.2 GHz Thunderbird.
- Chipset: Intel i815E (CUSL2 or equivalent) for the Pentium III, or VIA KT133A (Asus A7V133) for the Athlon. Avoid VIA Apollo Pro 133A — the AGP texturing path has a known bug that affects V5 SLI in some Glide titles.
- RAM: 512MB PC133 CL2.
- PSU: Seasonic 350W or better with stable +5V rail. The V5 5500 pulls hard on the +5V at boot and weak PSUs cause SLI-init failures.
- Why: The V5 needs CPU. UT99 at 1280x1024 is CPU-bound at 800 MHz Coppermine and only stops scaling above 1.0 GHz. The Athlon 1.2 GHz is the sweet spot for raw frame rate; the Pentium III 1.0 GHz is the sweet spot for compatibility (some Glide titles have known Athlon-specific stutters).
Driver gotchas — which final 3dfx + Amigamerlin / SFFT build to install
The official last 3dfx driver is 1.04.00 (released by 3dfx in October 2000 days before the bankruptcy). It's perfectly stable on both cards. The community has released patched drivers under two banners:
- Amigamerlin 3.1 — based on 1.04.00, fixes several Win98/Me Glide regressions, restores 32-bit color support in some D3D titles, adds AGP 4x stability fixes for the i815E. Still the best general-purpose driver in 2026.
- SFFT 1.9 (3dfx Final Final Tweaker) — newer (2019), based on Amigamerlin, adds the late-game "Voodoo Underdog" patches — better Wine Glide support, working OpenGL 1.2 fast path, and a working WHQL-style installer. Best for users who want a polished install experience.
Both work on both cards. Quirks worth knowing:
- V3 3500 TV TV tuner driver: install the separate "Voodoo TV Tuner" driver pack from the 3dfx Archive after the GPU driver. The bundled driver has a known bug where the TV tuner won't initialize on cold boot until you run the Tuner control panel once.
- V5 5500 SLI mode is enabled by default in 1.04.00. If you see "Voodoo5 5500 (Single chip mode)" in the driver panel, you're missing the SLI-init fix — usually a flaky Molex connection or a weak +5V rail. Re-seat the Molex and try again before you blame the driver.
- V5 5500 AA modes: enable via the 3dfx Tools control panel applet. Don't try to enable AA per-game in older Glide titles — the per-game registry override has a known bug that causes mode-switch crashes. Enable globally and override per-game only in titles where you need AA off.
- Both cards on i815E: set AGP to 2x in BIOS. AGP 4x is technically supported but causes texture corruption in UT99 and MDK2. The fillrate cost of 2x vs 4x AGP is undetectable in real-world frame rate.
Spec-delta table: Voodoo 3 3500 TV vs Voodoo 5 5500
| Field | Voodoo 3 3500 TV | Voodoo 5 5500 AGP |
|---|---|---|
| Released | October 1999 | June 2000 |
| Chips | 1 × Avenger | 2 × VSA-100 |
| Process | 0.25µm | 0.25µm |
| Core clock | 183 MHz | 166 MHz |
| Memory clock | 183 MHz | 166 MHz |
| Memory size | 16 MB SDRAM | 64 MB SDRAM (32+32) |
| Memory bus | 128-bit | 128-bit per chip |
| Pixel fillrate | 366 Mpix/s | 667 Mpix/s |
| Texel fillrate | 366 Mtex/s single-pass | 667 Mtex/s single-pass |
| FSAA support | None | 2x and 4x rotated-grid SSAA |
| TV-in | Composite, S-Video | None |
| TV-out | Composite, S-Video | S-Video only |
| Bus | AGP 2x | AGP 2x |
| Power | ~25W, no aux | ~50-65W, 1x Molex |
| MSRP at launch | $229 | $299 |
| eBay 2026 (bare card) | $215 median | $355 median |
| eBay 2026 (CIB) | $390 median | $640 median |
FSAA quality showdown — the V5's 2x/4x SSAA
The V5 5500's rotated-grid 2x and 4x SSAA modes are still the most-praised AA implementation of the era. The reason: rotated-grid sampling defeats the geometric edge cases that ordered-grid 2x AA on contemporaneous NVIDIA cards (GeForce 256, GeForce 2 GTS) couldn't handle. Vertical and horizontal edges look identical between the two; near-vertical and near-horizontal edges look noticeably better on the V5. Diagonal edges are roughly tied.
The performance hit is real: 2x AA cuts frame rate by ~22%, 4x AA by ~55%. At 1024x768 in a 2000-era Glide title, 2x AA costs you the fps headroom you'd otherwise spend on 1280x1024 — a fair trade in image-quality terms. 4x AA is mostly a bragging-rights mode; only Quake-engine titles run cleanly at 4x AA, and even those drop below 50 fps.
Practical recommendation: enable 2x AA globally on the V5 5500 and leave it on. The image quality bump is so substantial that you'll never notice the missing 22% of fps, and most Glide titles still run at 60+ fps. Treat 4x AA as a per-title power-trip mode — turn it on for screenshots, leave it off for play.
Compatibility table: 12 representative titles, scored per card
Scores are 1-5 where 5 = "runs at native res, max settings, 60+ fps, no glitches" and 1 = "broken or unplayable." Tested on the same Pentium III 1.0 GHz / i815E rig described in the benchmarks section.
| Title | API | V3 3500 TV | V5 5500 AGP |
|---|---|---|---|
| Quake III Arena | Glide/OpenGL | 4 | 5 |
| Unreal Tournament 99 | Glide | 4 | 5 |
| Unreal | Glide | 4 | 5 |
| MDK2 | Glide | 4 | 5 |
| Need for Speed: Porsche | Glide | 4 | 5 |
| Half-Life | D3D | 5 | 5 |
| Thief: The Dark Project | Glide | 4 | 4 |
| Heretic II | Glide | 4 | 5 |
| Diablo II | D3D | 5 | 5 |
| Age of Empires II | D3D | 5 | 5 |
| Star Wars: Rogue Squadron 3D | Glide | 4 | 5 |
| The Longest Journey | D3D | 5 | 5 |
Net: V3 3500 averages 4.25/5; V5 5500 averages 4.83/5. The V5 hits 5 on the headline Glide titles where the V3 hits 4; both cards are a 5 on point-and-click and capped 2D-engine titles.
Build-pairing recommendations: PIII 1GHz vs Athlon 1.2GHz host
The two reference builds we recommend for these cards:
Build A — Pentium III 1.0 GHz / Asus CUSL2 / V5 5500 AGP
- CPU: Intel Pentium III 1.0 GHz Coppermine (Socket 370)
- Motherboard: Asus CUSL2 (i815E, Socket 370, 3 SDRAM slots, 4 PCI + 1 AGP)
- RAM: 512MB Samsung PC133 CL2 (3 × 256MB or 2 × 256MB if you want one slot empty for compatibility)
- Storage: 80GB Seagate Barracuda IV (PATA) for OS + games, optional CompactFlash-to-IDE adapter for silence
- PSU: Seasonic 350W active-PFC unit (modern unit recommended over period-correct PSUs that are 25 years old and dying)
- Sound: Creative Sound Blaster Live! Value (CT4830) — best Win98 driver story in 2026
- OS: Windows 98 SE with unofficial service pack 3.61
This is the build that maximizes the V5 5500. It's the one we recommend if you're starting from zero and want one rig that runs everything 3dfx ever shipped.
Build B — Pentium III 700 MHz / Asus P3B-F / V3 3500 TV
- CPU: Intel Pentium III 700 MHz Coppermine (Slot 1, optional slocket if you only have a Coppermine FCPGA)
- Motherboard: Asus P3B-F (440BX, Slot 1)
- RAM: 256MB Samsung PC133 CL2 (1 × 256MB)
- Storage: 40GB IBM Deskstar (PATA) — note: avoid the "Death Star" 75GXP drives; the 40GB DJNA-series are more reliable
- PSU: Seasonic 250W or modern equivalent; the V3 3500 doesn't tax the +5V rail
- Sound: Aureal Vortex 2 SQ2500 — A3D 2.0 support pairs nicely with TV-in workflows for content capture
- OS: Windows 98 SE with unofficial service pack 3.61
This is the cost-optimized build. Total parts cost is roughly half the Build A figure and the experience for sub-1024x768 titles is identical.
Build C — Athlon 1.2 GHz / Asus A7V133 / V5 5500 AGP
- CPU: AMD Athlon 1.2 GHz Thunderbird (Socket A)
- Motherboard: Asus A7V133 (KT133A, Socket A)
- RAM: 512MB Samsung PC133 CL2
- PSU: Seasonic 400W minimum — KT133A boards plus the V5 5500's Molex pull more on +5V than the i815E equivalents
- Sound: Sound Blaster Live!
The Athlon build is the highest-frame-rate option. If the goal is "max fps in UT99 with 2x AA," this is the build. The cost is some Glide-title compatibility (a small handful of titles have known Athlon-specific stutters; check the Vogons compatibility wiki before committing) and a noisier system overall.
Verdict matrix
- Get the V3 3500 TV if your budget is under $250, you're building for sub-1024x768 titles, you want TV-in for retro-content workflows, you want a single-slot card that doesn't need a Molex, or you want one card that does most of what 3dfx ever shipped.
- Get the V5 5500 if budget allows $300-450, you're playing flagship late-Glide titles at 1024x768 or 1280x1024, you want the 2x/4x SSAA modes that no other late-3dfx card has, and you have a PSU + case that handle a 50-65W Molex-fed AGP card.
- Get both if you have $700+ to spend and you're building two reference rigs (a tight Slot 1 build for the V3 3500 TV, a flagship Socket 370 / Socket A build for the V5 5500). This is the canonical "I want the complete late-3dfx experience" answer and is what most premium late-3dfx builders end up doing.
Bottom line + restoration tips
Both the V3 3500 TV and V5 5500 are 25 years old as of 2026. The components on both boards that age the worst are the electrolytic capacitors. 3dfx used Lelon and OST capacitors on most production runs, and both brands aged poorly even in 2005. By 2026 the working assumption is that every electrolytic on a stock card is bulging or dying; the only question is how badly and how soon you'll see crashes.
Mandatory restoration checklist before you trust either card:
- Visual inspection: look for bulging caps, electrolyte residue, discolored PCB. Bulging caps near the GPU are a do-not-power signal; replace before powering up.
- Recap the board. Replace every electrolytic with Panasonic FM-series or Nichicon HE-series equivalents matched on capacitance and voltage. Budget $15-25 in caps and 2-3 hours of soldering. The V5 5500 has more caps (~28 vs ~16 on the V3 3500) and one of them is awkwardly cantilevered between the two VSA-100 chips; use a hot-air station for the tight ones.
- Replace the V5's fan. The V5 5500's stock fan is a 40mm Sunon that whines after 25 years of bearing wear. Drop in a Noctua NF-A4x10 5V FLX with a Molex adapter for silence and dramatically better cooling.
- Inspect AGP fingers. 25 years of insertion / removal cycles wear the AGP fingers. If you see brass under the gold plating, the card will work but will have intermittent contact in marginal AGP slots — clean with isopropyl + a pencil eraser if it acts flaky.
- Re-flash to the latest community BIOS. Both cards have community BIOS revisions that fix late-game compatibility issues; both are stable and well-tested.
Build budgets in 2026 are climbing for both cards; expect a 10-15% annual price increase as supply dries up. If you're targeting either card for a build, buy now rather than next year.
Related guides
- Building a Voodoo 2 SLI Windows 98 Gaming Rig in 2026
- Period-Correct Windows 95 Pentium MMX Voodoo 1 Build
- Period-Correct Windows XP Gaming PC
Sources
- Vogons forums, Voodoo 5 5500 SLI optimization megathread and Voodoo 3 TV tuner driver compatibility — vogons.org
- Phil's Computer Lab, 3dfx Voodoo 3 vs Voodoo 5 benchmark videos, 2018-2024 — philscomputerlab.com / YouTube
- The 3dfx Archive, Driver and BIOS repository — 3dfxzone.it
- PCem and 86Box compatibility wikis, Late-3dfx emulation accuracy notes
- eBay, Completed-listings sold-price data, February-April 2026 — ebay.com (US locale)
- r/retrobattlestations, 2026 retro-build supply-chain megathread
- Anandtech, Voodoo 5 5500 launch review, archived June 2000 — anandtech.com (archive.org mirror)