MPN 6KP55EA#ABD
Nº Item W128289315
Nível de stock
Designed for the new world of cloud computing
Upgrade your cloud computing environment with the first HP thin client made for the office of the future. Elegantly designed with essential performance and reliability, the HP t530 Thin Client meets the needs of today and the growing demands of tomorrow.
AMD GX-215JJ Dual-Core APU SoC with Radeon™ R2E Graphics (1.5 GHz base frequency, up to 2 GHz burst frequency, 1 MB cache)
Windows 10 IoT Enterprise for Thin Clients 64
AMD Radeon™ R2E Graphics
Black
No
AMD Radeon R2E
8 GB
DDR4-SDRAM
16 GB
1866 MHz
1 x 8 GB
1x SO-DIMM
2x2
4.2
10/100/1000Base-T(X)
Yes
No
802.11a, 802.11b, 802.11g, Wi-Fi 4 (802.11n), Wi-Fi 5 (802.11ac)
Intel
Intel Dual Band Wireless-AC 8265
20 - 80 %
10 - 40 °C
10 - 90 %
-30 - 60 °C
USB
0,13 kg
2
1
1
2
3
1
50 - 60 Hz
100 - 240 V
45 Watt
1 MB
2 GHz
1 MB
2
AMD G
1,5 GHz
AMD
GX-215JJ
0,1 kg
20 cm
20 cm
3,5 cm
Windows 10 IoT Enterprise
No
eMMC
128 GB
Low halogen
1 Ano(s)
Designed for the new world of cloud computing
Upgrade your cloud computing environment with the first HP thin client made for the office of the future. Elegantly designed with essential performance and reliability, the HP t530 Thin Client meets the needs of today and the growing demands of tomorrow.
The HP t530 has raised the stakes for thin client design. Get all the features you need in an exceptionally modern, compact device. And with quiet, solid-state operation and multiple deployment options, it fits perfectly into any workspace.
Easily tackle all your computing demands with the newest AMD thin client technology. Whether doing offloaded processing or graphics rendering, you’ll get an amazing PC-like experience in the cloud.
Finally a thin client built for today and tomorrow. Packed with flash storage, memory and connectivity options, along with multiple ports including USB-C™ to support both old and new peripherals, your transition into the future will be seamless..
*Os dados do produto acima são fornecidos pela Icecat. A EET não pode ser responsabilizada por erros relacionados.