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Smart HRS: Availability of Ruggedized HRS-M4P 2.5″ SATA SSD Up to 2TB

With 500MB/s and 260MB/s R/W performance, temperature operation of -40°C to +85°C

SMART High Reliability Solutions (SMART HRS), a subsidiary of SMART Global Holdings, Inc., and a provider of current and next-generation solid state storage solutions specializing in ruggedized, performance and high-capacity SSDs for defense, aerospace and industrial markets, announced its HRS-M4P 2.5″ SATA SSD is available in volume production quantities for customers requiring ultimate performance coupled with data security at altitudes of up to 80,000 feet.

SMART HRS_M4_M4P

The M4P is a security-rich, ruggedized, high-performance SSD loaded with data protection/elimination, environmental and reliability features.

This SSD also meets mil-erase sequence standards, and because it’s a MLC technology solution, it’s a durable and economical choice for demanding defense and aerospace applications.

Piggybacking off of its successful predecessor, the HRS-M4, the MLC-based HRS-M4P is available in capacities up to 2TB, and has R/W performance of 500MB/s and 260MB/s respectively. The M4P is designed with key features including an industrial temperature operation of -40°C to +85°C, a ruggedized enclosure designed to protect against harsh elements while withstanding vibration and shock up to 1,500G. Design options include staking, conformal coating, leaded process, extended burn-in and specialty firmware if the applications demands.

Security features include AES 256b, write protection, and an external HW erase trigger. The M4P also features Mil erase sequencing that adheres to NSA-9-12, DoD NISPOM, and other specific NSA and armed forces security and encryption criteria.

One of the most important features of the M4P is that it guards against single event upsets (SEUs) which can be a problem during high-altitude operations. An SEU is a change of state in a device caused by one single ionizing particle striking a sensitive node in a micro-electronic device. This is commonly known as a ‘bit-flip’ which can cause an error in device output or operation.

Radiation encountered during high-altitude applications can change bits in memory. Defense customers requiring airborne storage can’t live with these SEUs; it can mean loss of data,” stated Mike Guzzo, GM, SMART HRS, “Data protection is paramount and it’s imperative that we mitigate these SEUs and secure data during mission critical applications.

Click to enlarge

SMART HRS_M4_M4P

Review and compare the HRS-M4P product specifications, feature sets, capabilities and more vs. the company’ entire ruggedized product line by viewing the Product Comparison Chart which lists all of SHRS’ product specifications and attributes.

SMART HRS_M4_M4P spectabl

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