
1000W PSU Planning for RTX 5090 Builds in SA
1000W for RTX 5090 needs a full-build check, not a simple yes. Review GPU guidance, CPU draw, transient load, connectors, PSU quality, and upgrade plans before deciding.
Read moreNew memory fabrication plants announced for the current shortage take years to reach full output, with lead times stretching into 2028, so added capacity cannot ease 2026 pricing. The supply gap this year has to close through existing production, not future factories.
A factory announcement creates future capacity, not chips that can reach shelves this year. New memory fabs and 2026 prices live on different timelines because construction, tooling, qualification and ramp-up take years.
New memory factories announced during a shortage cannot create meaningful 2026 supply. A leading-edge fab takes years to permit, build, equip, qualify and ramp, and early output is smaller than the nameplate target. Existing fabs, product allocation and customer inventories decide near-term DRAM and NAND availability. Treat a 2028 capacity date as a project target rather than a guaranteed moment when consumer RAM prices fall.
Memory production needs cleanrooms, power, water, lithography, deposition, etch, inspection and packaging capacity. Much of that equipment has long lead times and must be installed in a strict sequence.
After tools arrive, the maker qualifies the process and product. Early wafers can have lower yield, meaning fewer good chips per wafer. Customers then validate the parts before high-volume systems use them.
That chain is why a ground-breaking ceremony does not add DIMMs to this quarter.
A maker can improve yield, add tools inside an existing shell or shift wafer starts between products. Each move takes engineering work and can reduce another product's output.
DRAM, NAND and HBM do not roll off one universal line as interchangeable finished chips. They use different process flows, packaging and customer qualification.
Advanced packaging can also bottleneck HBM even when wafer capacity exists. Solving one stage does not guarantee finished supply.
Investors and buyers may react to a capacity plan before the factory ships anything. That is sentiment and future planning, not physical 2026 inventory.
Project dates can move with permits, equipment delivery, yield and demand. Read company updates for actual tool installation and qualification milestones rather than repeating the announcement year.
Volume at target yield matters more than the ceremony date.
Write the capacity your workload needs and the date you need the PC. Compare exact kits, not a category forecast. If current capacity prevents swapping or lost work, a distant fab is weak reason to wait.
If the upgrade is optional, set a dated price trigger and review it each month. Do not assume every new plant pushes local Rand pricing down, because exchange rate, shipping, channel inventory and product mix sit between wafer and shelf.
Check exact capacities in the DDR5 memory range. Use the memory best-seller page as a live control for the kits buyers are considering now.
Several years can pass from planning to useful volume, and the schedule varies by site, equipment and qualification.
Yes through yield work, added tools or allocation changes, with time and trade-offs against other products.
It may change expectations. It does not create near-term physical supply, and local prices have other inputs.
Base your RAM purchase on required capacity, a current exact-kit price and build date, not an announced fab's target year.
Several years can pass from planning to useful volume, and the schedule varies by site, equipment and qualification.
Yes through yield work, added tools or allocation changes, with time and trade-offs against other products.
It may change expectations. It does not create near-term physical supply, and local prices have other inputs.