Silicon disc storage is becoming more and more common due to the benefits this provides. Even so, not every application has the same requirements, which is why APLUS Système Automation offers a wide range of flash disks.
Storage
Silicon disc storage is becoming more and more common due to the benefits this provides. Even so, not every application has the same requirements, which is why APLUS Système Automation offers a wide range of flash disks.
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| Industrial grade | Rugged grade | Militarized grade | |
|---|---|---|---|
| Magnetic disks | Yes | Yes | No |
| Silicon disks | No | Yes | Yes |
| Bonding of all internal connectors | No | Yes | Yes |
| All screws with low thread brake | No | Option | Yes |
| Tropicalized electronics | No | Option | Yes |
| Electronic cards ruggedized against shock & vibration | No | No | Yes |
| Electronic Core on stiffener | No | No | Yes |
| Industrial grade | Rugged grade | Militarized grade | |
|---|---|---|---|
| Magnetic disks | Yes | Yes | No |
| Silicon disks | Yes | Yes | Yes |
| Bonding of all internal connectors | No | Yes | Yes |
| All screws with low thread brake | No | Option | Yes |
| Coatedelectronics | No | Option | Yes |
| Electronic cards ruggedized against shock & vibration | No | No | Yes |
iSLC is an Innodisk designed technology that borrows from the basic MLC setup, but which performs at SLC levels – all the while keeping costs to a minimum.
| Key features |
|---|
|
– Space saving, integrated, All-in-One solution – Silent, fanless design – IP65 protected (front) – Stainless steel front panel – Panel or VESA mounting – Wide choice of processor (Intel Atom to i7) – Optionally easy operation, navigation over touch screen – Choice of various operating systems |
| Key features |
|---|
|
– Space saving, integrated, All-in-One solution – Fanless design – VESA / Wall / Panel mounting – Wide choice of processor (Intel Atom to i7) – Full High Definition display – Operating at -20°C to +70°C – Highly configurable and customizable to customers specifications |
| Key features |
|---|
|
– Space saving, integrated, All-in-One solution – Fanless design – Up to IP65 protected (front) – Stainless steel front panel – Wide choice of processor (Intel Atom to i7) – Optionally easy operation, navigation over touch screen – Choice of various operating systems |
Wide Temperature: Extended temperature flash discs are designed with the concept of extreme environments in mind. In other words, this ensures high performance in a wide range of temperatures.
ICell: Icell technology provides the right amount of energy to enable flash writing of data into the cache. As for the iData Guard technology, these algorithms ensure power cycle efficiency and data integrity.
Conformal Coating: This enables disc use in a high humidity environment.
Data Security: When executed, “security erasure” wipes all data from the disc. This deletion process is done using standard methods. “Security erasure” can be done either via an ATA software command or by using a hardware procedure which involves short-circuiting 2 pins on the disc.
Destruction of data (this operation ensures not only the wiping of user data but also that of the firmware. Which as a result makes the disc unusable). In extreme physical destruction situations, the user may need the data to be completely destroyed. This is achieved by sending a high voltage or a high current through the disc concerned, which then physically destroys the flash cells. As a result, any data recovery will be rendered impossible. In an urgent situation, it is possible to perform an emergency disc wipe either via the software using an ATA command or by implementing it through the hardware in bypassing the 2 disc pins.
We keep your systems stable and operational in face of even the most extreme of environments. Our feature set comprises innovative design features and technologies that strengthen device integrity, making it able to withstand high mechanical and thermal stress, as well as power failure management that will prevent data loss in an unexpected power-loss situation.
Data not only needs to be reliably stored, but also needs to be securely protected in case devices are compromised. We offer a multi-layered protection against information leakage. AES 256-bit encrypted SSDs ensure that data is securely encrypted; and if data is in imminent danger of being lost, Erase and Destroy functions are in place to swiftly erase, or even physically destroy the data.
Fully compliant with the below Aerospace and Defense standards.
Military-Grade System Design Standard
Silicone Conformal Coating Standard
| Industrial grade | Rugged grade | Militarized grade | |
|---|---|---|---|
| Temperature Operation | 0 to +50°C | 0 to +50°C | ‐10 to +50°C (MIL‐STD‐810G, Method 502.5, Procedure 2, 4 hours, MIL‐STD‐810G, Method 501.5, Procedure 2, 12 hours) |
| Temperature Storage | ‐20 to +70°C | ‐20 to +70°C | ‐40 to +75°C (MIL‐STD‐810G, Method 501.5, Procedure 1, 4 hours, MIL‐STD‐810G, Method 501.5, Procedure 1, 4 hours) |
| Humidity Operation | 5 – 90% RH, non‐condensing at 35°C | 5 – 90% RH, non‐condensing at 35°C | 95% RH at +40°C (EN60068‐2‐3, test Cab: 40°C (+/‐2°C), 95% RH, 10 days) |
| Humidity Storage | 5 ‐ 95% @ 45°C | 5 ‐ 95% @ 45°C | 95% RH at 25 to 55°C ( EN60068‐2‐30, test Db variant 2: 25°C (+/‐ 3°C) to 55°C (+/‐ 2°C), 95% (+/‐4%) RH, 6 cycles, 24 hours per cycle) |
| Pressure (Altitude) | 650 to 1100 hPa | 650 to 1100 hPa | 550 to 1100 hPa |
| Shocks | 15g, 11ms 6 axis (With SSD) | 20g, 11ms 6 axis (With SSD) | 20g, 18ms 6 axis (With SSD) (MIL‐STD‐810F, method 516.5, procedureI) |
| Vibrations Operation | 5‐100 Hz 0.8g | 5 ‐ 300 Hz @ 0.8g | 5 ‐ 500 Hz @ 0.8g |
| Vibrations Transport (Random) | 5 ‐ 500 Hz @ 0.8g | 5 ‐ 500 Hz @ 1g | 5‐2000Hz @ 1g (MIL‐STD‐810F method 514‐5 procedure 1) 5 ‐ 500 Hz @ 2g (MIL‐STD‐167‐1A) |
| Acceleration – emergency landing | 5g | 5g | 8g |
| Acceleration – transportation | 3g | 3g | 4.5g |
| EMC | CE Mark Class B (EN 61000‐6‐2, EN55022, EN 55024) |
CE Mark Class B (EN 61000‐6‐2, EN55022, EN 55024) |
CE Mark Class B (EN 61000‐6‐2, EN55022, EN 55024) |
| Safety | EN 60950‐1 | EN 60950‐1 | EN 60950‐1 |
| Surge immunity | EN 61000‐4‐5 STANAG 1008 |
EN 61000‐4‐5 STANAG 1008 |
EN 61000‐4‐5 STANAG 1008 |
| Radiated Susceptibility | – | – | NRS01, NRS02, NRS04 tests of AECTP‐500 |
| Radiated Emissions | – | – | NRE01, NRE02 tests of AECTP‐500 |
| Conducted Susceptibility | – | – | NCS01, NCS07, NCS08, NCS09, NCS11, NCS12, NCS13 tests of AECTP‐500 |
| Conducted Emission | – | – | NCE01, NCE02, NCE04, NCE05 tests of AECTP‐500 |
| Ground continuity ‐ External enclosure | 10mOhm @ 1A | 5mOhm @ 5A | 5mOhm @ 10A |
| Ground continuity ‐ Internal enclosure | – | – | 10mOhm @ 10A |
| Noise at full speed | IW2U5 & IS2U51S: 50 dB(A) IS2U5 : 70 dB(A) |
RW2U5 & RS2U51S: 50 dB(A) RS2U5 : 70 dB(A) |
MW2U5 & MS2U51S: 50 dB(A) MS2U5 : 70 dB(A) |
