SAKURA™

Pre-Order your Best-in-Class EdgeCortix SAKURA-II AI Accelerator Modules and Cards!

SAKURA-II-M.2-Straight-Tilt-Back
SAKURA-II-M.2-Angle-Tilt
SAKURA-II-M.2-Straight

SAKURA™
Available Solutions:

SAKURA-II-M.2-Angle-Tilt-Square

SAKURA-II M.2 8GB

SAKURA-II-M.2-Straight-Square

SAKURA-II M.2 16GB

EdgeCortix-S2LP-Single-short-bracket

SAKURA-II PCIe Card

EdgeCortix-S2LP-Dual-short-bracket

SAKURA-II Dual PCIe Card

Reserve Your Modules and Cards Today

EdgeCortix's Modules and Cards are available for software development and AI model inference tasks.

 
SAKURA-II-M.2-Angle-Tilt-Square
SAKURA-II-M.2-Straight-Square
SAKURA-II-M.2-Straight-Tilt-Back-Square

SAKURA-II M.2 8GB Module

The small form factor M.2 Module, featuring the SAKURA-II accelerator, is ideal for space-constrained designs and features significant onboard DRAM, making it optimal for Generative AI and other memory-intensive AI applications like Large Language Models (LLMs).

DRAM Memory: 8GB (2x banks of 4GB LPDDR4)
Form Factor: M.2 Key M 2280 (22mm x 80mm)
Host Interface: PCIe Gen 3.0 x4
Peak Performance: 60 TOPS with INT8, 30 TFLOPS with BF16
Module Power: 10W (typical)

Best choice for space-constrained and power limited designs with easy integration into small edge AI systems!

edgecortix-sakura-chip-icon 8gb-memory-icon

 

$249*

 

SAKURA-II M.2 16GB Module

The small form factor M.2 Module, featuring the SAKURA-II accelerator, is ideal for space-constrained designs and features significant onboard DRAM, making it optimal for Generative AI and other memory-intensive AI applications like Large Language Models (LLMs).

DRAM Memory: 16GB (2x banks of 8GB LPDDR4)
Form Factor: M.2 Key M 2280 (22mm x 80mm)
Host Interface: PCIe Gen 3.0 x4
Peak Performance: 60 TOPS with INT8, 30 TFLOPS with BF16
Module Power: 10W (typical)

Best choice for space-constrained and power limited designs with easy integration into small edge AI systems!

edgecortix-sakura-chip-icon edgecortix-sakura-chip-icon

$299*

SAKURA-II-M.2-Straight-Square
SAKURA-II-M.2-Angle-Tilt-Square
SAKURA-II-M.2-Straight-Tilt-Back-Square
 
EdgeCortix-S2LP-Single-short-bracket
EdgeCortix-S2LP-Single-short-bracket-tilt
EdgeCortix-S2LP-Chip-beauty

SAKURA-II PCIe Card

The PCIe Card featuring the SAKURA-II accelerator, is ideal for insertion into PCIe backplanes and fits comfortably into a single slot even with the attached heat sink. This card provides significant onboard DRAM, making it optimal for Generative AI and other memory-intensive AI applications like Large Language Models (LLMs).

DRAM Memory: 16GB (2x banks of 8GB LPDDR4)
Form Factor: PCIe low profile, single slot
Host Interface: PCIe Gen 3.0 x8
Peak Performance: 60 TOPS with INT8, 30 TFLOPS with BF16
Card Power: 10W (typical)
Included Hardware: Half-height and full-height brackets and active or passive heat sink

Best choice for most Edge AI designs using the industry standard PCIe form factor!

edgecortix-sakura-chip-icon edgecortix-sakura-chip-icon

$429*

 

SAKURA-II Dual PCIe Card

The Dual PCIe Card, featuring two SAKURA-II accelerators, is ideal for insertion into PCIe backplanes and fits comfortably into a single slot even with the attached heat sink. This card provides significant onboard DRAM, making it optimal for Generative AI and other memory-intensive AI applications like Large Language Models (LLMs).

DRAM Memory: 32GB (4x banks of 8GB LPDDR4)
Form Factor: PCIe low profile, single slot
Host Interface: PCIe Gen 3.0 x8/x8 (bifurcated)
Peak Performance: 120 TOPS with INT8, 60 TFLOPS with BF16
Card Power: 20W (typical)
Included Hardware: Half-height and full-height brackets and active or passive heat sink

Best choice for designs that need the highest AI processing capability!

edgecortix-sakura-chip-icon edgecortix-sakura-chip-icon edgecortix-sakura-chip-icon

$749*

EdgeCortix-S2LP-Dual-short-bracket
EdgeCortix-S2LP-Dual-short-bracket-tilt
EdgeCortix-S2LP-Chip-beauty
 

*Pre-order pricing for direct purchase from EdgeCortix, pricing from distributors may vary.

Please let us know which solution you are interested in and provide your contact information so we can connect with you.