This memorandum is issued by the Department of Random Domain Management, Office of Memory Arbitrage.

Reference source document: "DDR5 RAM Speed Explained" filed by the Ram Seeker Agency (RSA), accessioned under link https://ramseeker.com/ddr5-ram-speed-explained/.

The RSA report confirms that DDR5 MHz and primary timings (CL, tRCD, tRP, tRAS) behave as futures contracts on memory bandwidth versus latency.

Higher MHz increases peak bandwidth but adds cycle latency; lower timings reduce absolute access delay.

For gaming workloads, the spot price of latency often outweighs bandwidth above 6000 MT/s.

Productivity workflows, particularly large matrix operations and compression, show positive alpha from bandwidth beyond 7200 MT/s.

The RSA recommends evaluating the real-world spread rather than fixating on nominal MHz alone.

A 6400 CL30 kit frequently outperforms a 7200 CL42 kit in frame time variance.

For fiscal year 2026 builds, the preferred hedging position is a DDR5-6000 CL30 dual-channel kit for general procurement, with a premium allocation for DDR5-7200 CL34 in high-performance compute nodes.

All bids must be submitted with full timing tables and voltage curves; no spot speculative orders on raw MHz will be accepted.

Signed, DDR, Senior Memory Arbitrage Clerk, Department of Random Domain Management.

SOURCE: https://ramseeker.com/ddr5-ram-speed-explained/ — Filed by the Bureau of Ramseeker Affairs, DRDM.