Axiomtek company is among the leaders on the market of reliable industrial solutions, has presented a new series of compact fanless systems - eBOX100-51R-DC.
eBOX100-51R-DC computers are released in two basic configurations that differ in the processor model.
The first eBOX100-51R-DC-7300U model is designed on the basis of Intel Core i5-7300U dual-core 2,60 GHz processor, with clock rate enhance function using Turbo Boost (up to 3.5 GHz in Turbo mode) and hyper-threading technology. Intel HD Graphics 620 video adapter with support of OpenGL 4.5 and maximum dynamic frequency of the 1.10 GHz graphics system is built in the processor.
The heart of the second model eBOX100-51R-DC-3965U is Intel Celeron 3965U processor with clock rate of 2.2 GHz and Intel HD Graphics 610 integrated video adapter with support of OpenGL 4.4 and maximum frequency of the 0.9 GHz graphics system.
Both models support up to 16 Gb of DDR4-2133 memory in one 260-pin DDR4 SO-DIMM slot.
There is one M.2 slot (M 2242 key, SATA signal) with support of up to 1 TByte storage.
New devices of eBOX100-51R-DC series can operate in WI-FI networks. To implement that function, a communication module must be installed in M.2 key E 2230 slot, and up to two outer antennas can be connected to the side opening.
eBOX100-51R-DC front panel
The eBOX100-51R-DC casing features: two LAN slots of RJ-45 standard, four USB-A ports for connection of peripheral devices, one DisplayPort for picture output with up to 4k resolution, two RS232/422/485 serial ports with a DB-9 slot, two openings for antennas outlet, a power input with support of 12 DC, and a power switch.
Moreover, there is an AT/ATX switch over the right LAN. Once the AT/ATX switch is in the AT position, the system will automatically switch on without turning the on/off button just after the voltage is provided to the power input.
New industrial computers of eBOX100-51R-DC series from Axiomtech is a reliable and compact solution that offer a wide range of input/output ports that can deal with computing tasks of any complexity in tight spaces in harsh environment.