- Oct 14, 2003
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Now the two Optane client products are released the picture is becoming a bit clearer.
Current
High performance client/Workstation-
Optane SSD 900P: https://ark.intel.com/products/series/123625/Intel-Optane-SSD-900P-Series
Optane SSD 905P: https://ark.intel.com/products/codename/67236/Mansion-Beach
905P is a minor update that makes it slightly more efficient per performance and increases performance at the top end.
Caching device for Desktops-
Optane Memory: https://ark.intel.com/products/series/99743/Intel-Optane-Memory-Series
Caching device for Laptops-
Optane Memory M10: https://ark.intel.com/products/series/132776/Intel-Optane-Memory-M10-Series
2nd Gen-
Optane Memory M15: https://ark.intel.com/content/www/u...es/189225/intel-optane-memory-m15-series.html
Mid-tier Optane for SSDs-
Optane SSD 800P: https://ark.intel.com/products/series/125310/Intel-Optane-SSD-800P-Series
Hybrid NAND Optane Drive-
Optane Memory H10 with Solid State Storage: https://ark.intel.com/content/www/u...tane-memory-h10-with-solid-state-storage.html
The 900P and 905P are code-named Mansion Beach. The 800P SSD is code-named Brighton Beach. Both Optane Memory and its laptop sibling M10 are code-named Stony Beach. That's in line with older roadmaps. M15 is Carson Beach. The hybrid H10 drive is Teton Glacier.
https://www.myce.com/wp-content/images_posts/2016/06/intel-octane-ssd-roadmap.jpg
-Any Optane device can be used as caching, despite the lower capacity models being exclusively made for it. I do not believe its a supported configuration yet it works with them. Caching takes entirety of the drive.
-Second drive caching and Pentium/Celeron support is possible with latest drivers. NVMe caching still not possible
-Difference exists between RST caching and Optane Memory. The former is more flexible in choosing a device but latter performs better.
-You cannot cache NVMe drives(as of March 24, 2019) with official Optane software, but its a regular NVMe drive and Tomshardware tested it to work with RST's SRT feature.
*Optane Memory M15 and SSD 815P looks to be cancelled*
Future
Possible code-name for the successor to Optane H10 is Wolf Glacier. Successor to Coldstream(P4800X) is Alder Stream.
Technical
The Optane Memory devices, both 1st gen and M10, and the SSD 800P, use B+M M.2 NVMe x2 interface. BGA form factor is also planned. Optane SSD 900P/905P is/will be available in M.2 M-key, HHHL Add-in card, and U.2 form factors.
The puzzling part is while the Optane Memory controller only seems to offer ~150MB/s write bandwidth per channel, 900P offers 300MB/s. The 9xxP series controller has a heatspreader on top of the controller die for heat dissipation. The lower performing client models don't. It's unclear how many channels the 800P controller has. Capacities for the 900P derivative controller under 380GB both use less power and offer less sequential throughput. Perhaps lower clocks + lower channels?
There's a chance starting with Bombay Beach/Carson Beach the per channel bandwidth increases.
The current limitation for capacity seems to be that Intel only produces a 128Gbit(16GB) die. There are multi-die packages with 2, 4, or 8 dies per package. That makes per chip capacity 16, 32GB, 64GB, and 128GB. The M10, 800P, and the 900P/905P drives use multi-die packages to achieve greater capacities.
The M10 and 800P controllers support the low power L1.2 power state, and the active power is lower at the same performance compared to the original Optane Memory. Likely a revised controller and firmware to achieve this.
A bit more
Core i+ branding has been discontinued. 17.2 drivers and later allows Optane Memory software to run on 8th Gen Pentium and Celeron platforms. Previously, only Core i3 and up CPUs were supported.
Current
High performance client/Workstation-
Optane SSD 900P: https://ark.intel.com/products/series/123625/Intel-Optane-SSD-900P-Series
Optane SSD 905P: https://ark.intel.com/products/codename/67236/Mansion-Beach
905P is a minor update that makes it slightly more efficient per performance and increases performance at the top end.
Caching device for Desktops-
Optane Memory: https://ark.intel.com/products/series/99743/Intel-Optane-Memory-Series
Caching device for Laptops-
Optane Memory M10: https://ark.intel.com/products/series/132776/Intel-Optane-Memory-M10-Series
2nd Gen-
Optane Memory M15: https://ark.intel.com/content/www/u...es/189225/intel-optane-memory-m15-series.html
Mid-tier Optane for SSDs-
Optane SSD 800P: https://ark.intel.com/products/series/125310/Intel-Optane-SSD-800P-Series
Hybrid NAND Optane Drive-
Optane Memory H10 with Solid State Storage: https://ark.intel.com/content/www/u...tane-memory-h10-with-solid-state-storage.html
The 900P and 905P are code-named Mansion Beach. The 800P SSD is code-named Brighton Beach. Both Optane Memory and its laptop sibling M10 are code-named Stony Beach. That's in line with older roadmaps. M15 is Carson Beach. The hybrid H10 drive is Teton Glacier.
https://www.myce.com/wp-content/images_posts/2016/06/intel-octane-ssd-roadmap.jpg
-Any Optane device can be used as caching, despite the lower capacity models being exclusively made for it. I do not believe its a supported configuration yet it works with them. Caching takes entirety of the drive.
-Second drive caching and Pentium/Celeron support is possible with latest drivers. NVMe caching still not possible
-Difference exists between RST caching and Optane Memory. The former is more flexible in choosing a device but latter performs better.
-You cannot cache NVMe drives(as of March 24, 2019) with official Optane software, but its a regular NVMe drive and Tomshardware tested it to work with RST's SRT feature.
*Optane Memory M15 and SSD 815P looks to be cancelled*
Future
Possible code-name for the successor to Optane H10 is Wolf Glacier. Successor to Coldstream(P4800X) is Alder Stream.
Technical
The Optane Memory devices, both 1st gen and M10, and the SSD 800P, use B+M M.2 NVMe x2 interface. BGA form factor is also planned. Optane SSD 900P/905P is/will be available in M.2 M-key, HHHL Add-in card, and U.2 form factors.
The puzzling part is while the Optane Memory controller only seems to offer ~150MB/s write bandwidth per channel, 900P offers 300MB/s. The 9xxP series controller has a heatspreader on top of the controller die for heat dissipation. The lower performing client models don't. It's unclear how many channels the 800P controller has. Capacities for the 900P derivative controller under 380GB both use less power and offer less sequential throughput. Perhaps lower clocks + lower channels?
There's a chance starting with Bombay Beach/Carson Beach the per channel bandwidth increases.
The current limitation for capacity seems to be that Intel only produces a 128Gbit(16GB) die. There are multi-die packages with 2, 4, or 8 dies per package. That makes per chip capacity 16, 32GB, 64GB, and 128GB. The M10, 800P, and the 900P/905P drives use multi-die packages to achieve greater capacities.
The M10 and 800P controllers support the low power L1.2 power state, and the active power is lower at the same performance compared to the original Optane Memory. Likely a revised controller and firmware to achieve this.
A bit more
Core i+ branding has been discontinued. 17.2 drivers and later allows Optane Memory software to run on 8th Gen Pentium and Celeron platforms. Previously, only Core i3 and up CPUs were supported.
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