As Intel ships 160GB SSD, pricing nags buyers
Intel is now shipping 160GB solid-state drives as it vies with Samsung and Toshiba to deliver high-capacity SSDs that rival hard-disk drives in capacity. Price, however, remains a big obstacle for many consumers.
Context & Ripple Effects
Intel's 160GB SSD shipment lands mid-race: days earlier, Toshiba launched a 512GB drive on 43nm MLC NAND, staking out the high-capacity frontier Intel and Samsung are now chasing. The bottleneck isn't silicon — it's dollars per gigabyte, which is why Intel's later moves toward an $125 'affordable' SSD and a price-cutting refresh of its line read as the direct answer to this story's core complaint.
First-order effects
- Buyers get a mainstream-brand option at 160GB — capacity that approaches hard-disk territory — but at prices that keep most consumers on spinning disks for now.
- Intel tightens its position against Samsung and Toshiba in the emerging high-capacity SSD segment, forcing all three to compete on both density and process node.
Second-order effects
- The capacity race accelerates node shrinks — Intel's move toward 34nm parts like the eventual 320GB SSD shows how density roadmaps became the competitive weapon against Toshiba's 43nm lead.
- Persistent price resistance pushes vendors to introduce deliberately cheaper product tiers rather than wait for costs to fall, splitting the market into premium and budget SSD lines.
Third-order effects
- If the price curve keeps bending — as it eventually did when Samsung reached 2TB consumer drives at $800–$1,000 — SSDs shift from enthusiast upgrades to default storage, restructuring the PC supply chain around NAND economics.
- Storage becomes a semiconductor business where process transitions, not mechanical engineering, determine who wins — pulling Intel deeper into a flash-memory market dominated by dedicated NAND makers.
The trend: This is one data point in the decade-long collapse of SSD cost-per-gigabyte that turned flash from a premium curiosity into the default storage layer of personal computing.