
1000W PSU for RTX 5080 Super builds in SA
1000W for an RTX 5080 Super build is a sizing question, not a blanket verdict. Check GPU guidance, CPU draw, cables, transient headroom, and upgrade plans before choosing a PSU in SA.
Read moreX870 1TB Gen 5 NVMe with QLC vs TLC guide needs a workload-first comparison. For SA buyers, judge real performance, platform fit, warranty path, power needs, and upgrade timing before choosing either side.
For SA builders on X870, choose TLC (Triple-Level Cell) over QLC (Quad-Level Cell) for a Gen 5 NVMe primary drive. TLC Gen 5 drives like the Crucial T705 1 TB (R1,200–R1,800 at Evetech) deliver 14,500/12,700 MB/s and maintain full speed throughout their warranty life. QLC Gen 5 drives are cheaper but drop to Gen 3 equivalent speeds (3,500 MB/s) after the SLC write cache is exhausted — typically during large game downloads or video editing workloads.
| Metric | TLC Gen 5 (T705) | QLC Gen 5 |
|---|---|---|
| Sequential read | 14,500 MB/s | 14,000 MB/s |
| Sustained sequential write | 12,700 MB/s | 3,000–4,000 MB/s (after SLC cache) |
| TBW (1 TB) | 600 TBW | 300–400 TBW |
| ZAR price (1 TB) at Evetech | ~R1,200–R1,800 | ~R800–R1,200 |
| Best for | Games + creation | Light use, read-heavy |
The TLC vs QLC distinction matters most when writing large amounts of data continuously — a 50 GB game download writes the data fast enough to exhaust a QLC drive's SLC cache (typically 20–40 GB), after which write speed drops dramatically. TLC drives maintain rated speed throughout.
X870 boards (Ryzen 9000 series) include PCIe 5.0 on the primary GPU slot. For Gen 5 NVMe, X870 requires a board with a native PCIe 5.0 M.2 slot (check spec sheet) or a PCIe 5.0 adapter card. X870E boards more commonly include native Gen 5 M.2 slots; X870 boards vary.
For gaming-only builds: yes, with caveats. Game launches and in-game texture streaming are mostly read operations, where QLC and TLC perform similarly. The problem is when games update (large writes) — a 50 GB patch write can exhaust a QLC drive's cache and slow the download for 10–20 minutes. TLC avoids this completely.
Typically 10–30 TB/year for a heavy gamer (game installs, patches, saves, OS activity). Even a modest 300 TBW QLC drive would last 10–30 years at this rate — TBW is rarely the practical limit. The sustained write speed difference is more relevant than endurance for SA gaming builds.
Most premium X870 boards include an M.2 heatsink that holds Gen 5 TLC drives at 60–70°C under sustained loads. Ambient temperatures in SA (25–32°C summer) push temps 3–5°C higher than European test conditions — the heatsink is not optional for Gen 5 TLC on X870 in SA.
X870 build buying a Crucial T705, choose the heatsink-included SKU — it's typically only R100–R200 more expensive than the bare drive version and saves you the hassle of sourcing a compatible third-party M.2 heatsink for a Gen 5 drive running at 80°C without cooling.