The GPU Radar

How We Calculate Buying Advice

Every buy/wait verdict on The GPU Radar comes from a repeatable process. We combine two independent signals — release cycle position and current deal quality — to give you a clear recommendation for each GPU.

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Cycle Advice
How far into its release cycle is the current generation? The further along, the more likely a successor is imminent.
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Deals Advice
Is this GPU currently in a historically good window to find discounts? Based on curated deal history and seasonal patterns.

Cycle Advice

We track two data points for each GPU: its release date and its typical cycle length (the historical gap between major generations). From these we derive:

Days since release = today − release date
Cycle % = days since release ÷ expected cycle length × 100

The cycle progress maps to a rating:

Cycle %RatingWhat it means
0–25%BuyJust released — full support runway ahead
25–55%BuyEarly in cycle — no urgency to wait
55–75%CautionMid-cycle — watch for announcements
75–100%+WaitLate cycle — new generation likely within months
AnnouncedWaitNext generation officially confirmed — always wait

Cycle lengths vary by brand:

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NVIDIA — 20–28 months between generations

Within a generation, flagships launch first, mid-range follows 1–3 months later, and entry-level cards arrive last. A "Wait" on a flagship may not apply to the mid-range SKUs if they launched later.

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AMD — 20–28 months between generations

Similar tiered rollout to NVIDIA. AMD often staggers RDNA generations with a longer tail of mid-range and budget cards. Clearance pricing on previous-gen AMD cards can be exceptional value.

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Intel — Irregular cadence

Arc is a second-generation product line. Treat each generation independently. Driver maturity is improving rapidly but remains a factor. Intel's cadence will stabilise as the product line matures.

Generation-End Value Window

When a GPU is superseded and clearance pricing drops more than 20% below launch MSRP, it can be the best value at its performance level. This is the most important nuance on The GPU Radar.

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Never treat SUPERSEDED as "do not buy"

A superseded GPU at clearance pricing often delivers more performance per dollar than its successor at launch MSRP. We highlight generation-end value windows prominently on each device page.

Launch Premium

New GPUs often sell above MSRP for 4–8 weeks after launch due to supply constraints and retailer markups. We flag this as a negative deal window (verdict: "bad").

Wait 6–8 weeks after launch for prices to normalise

Street prices typically fall to MSRP or below within two months of launch. Buying during the launch premium window means paying more for the same card you could get cheaper by waiting.

DLSS vs FSR vs XeSS

Upscaling technology affects real-world buying decisions. The quality and availability of upscaling can make a mid-range GPU perform like a high-end card in supported titles.

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DLSS 4 (NVIDIA only)

Multi-frame generation with the best image quality. NVIDIA-exclusive, requires RTX hardware. The widest game support of any upscaler. A significant buying factor for NVIDIA cards.

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FSR 4 (AMD, open standard)

ML-based upscaling, cross-platform. Works on NVIDIA and Intel GPUs too. Competitive image quality with DLSS in most titles. AMD's open approach means broader adoption over time.

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XeSS (Intel)

AI-powered upscaling with growing game support. Best results on Intel Arc hardware but works on other GPUs via DP4a fallback. Quality improving rapidly with each SDK update.

VRAM

VRAM capacity is increasingly important as games and applications demand more texture memory. We note VRAM concerns prominently on each device page.

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8 GB — a growing liability at 1440p and 4K

Adequate for 1080p gaming today, but increasingly tight at 1440p with high textures. Several 2024–2025 titles already exceed 8 GB VRAM at max settings. DLSS/FSR help but do not eliminate the problem.

12 GB — comfortable for 1440p

The sweet spot for 1440p gaming. Handles current and near-future titles without VRAM pressure. Cards like the RTX 4070 and Intel Arc B580 sit here.

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16 GB+ — recommended for 4K and future-proofing

Essential for 4K gaming, content creation, and AI/ML workloads. If you plan to keep your GPU for 3+ years, 16 GB provides the most headroom.

Why GPU Models, Not AIB Cards

We cover GPU models (e.g., RTX 5070), not specific board partner variants (e.g., ASUS TUF, MSI Gaming X, Gigabyte Aorus).

AIB (add-in board) variants share the same GPU die — the differences are cooling design, factory clock speeds, and noise levels. Performance deltas between AIB cards of the same model are typically 2–5%, within margin of error for most buyers.

We list top AIB recommendations on each device page to help you choose once you have decided on a GPU model.

Deals Advice

Each GPU has curated deal windows based on its documented pricing history. We also layer in industry-wide seasonal patterns where brand-specific data is limited.

Prime Day (July 1–15)

Amazon and competing retailers run GPU sales. Typical savings: 10–20% off retail, with previous-gen cards seeing the deepest cuts.

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Black Friday / Cyber Monday (Nov 25 – Dec 5)

Biggest discounts of the year. Previous-gen GPUs can see 25–40% off. Current-gen cards typically 10–15% off if stock allows. Newegg and Amazon lead.

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Post-holiday clearance (Dec 26 – Jan 10)

Retailers clear stock ahead of new-year inventory. Overlaps with gift-card spend and can yield good deals on outgoing models.

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Pre-launch clearance

Deepest discounts typically arrive in the weeks before a new generation launches. Watch the Cycle Advice signal — a "Wait" rating often precedes price drops on the outgoing generation.

Data Sources

📄 VideoCardz.com — primary source for GPU leaks and announcements
📊 TechPowerUp GPU database — authoritative specs and benchmarks
📈 Tom's Hardware GPU hierarchy — tier reference and performance rankings
🌐 NVIDIA.com, AMD.com, Intel.com — official product pages and specifications
🛒 Newegg and Amazon — street prices for clearance detection and deal tracking