Why Your SSD Is Slowing Down Under Pressure

Shaine Plummer explains here, that if you're working in video production, audio editing, or any post-heavy workflow, you rely on your SSD to keep projects moving. But even high-speed drives can slow down under pressure. Here’s what’s usually behind the lag—and how Glyph Production Technologies designs their drives to avoid it.

Heat throttles your SSD
When SSDs get too hot, they slow down to protect themselves. This happens often during large file transfers or extended editing sessions. Many consumer drives with plastic housings lack proper heat dissipation. Glyph’s drives, like the Atom Pro NVMe, use all-metal enclosures and advanced thermal management to keep speeds steady even under load.

DRAM cache matters
DRAM cache helps SSDs manage heavy data streams. Without it, a drive may perform well for short bursts but falter during larger workflows. Glyph includes DRAM cache and enterprise-level controllers in their drives to deliver consistent, professional-grade performance.

Not all SSDs are built for creative work. Glyph’s drives are engineered for reliability, thermal control, and speed—so you can stay focused on your production, not your hardware.

Learn more about Glyph Production Technologies below: