IEI IOVU-752S-CE6/-R10 RISC PANEL PC 8.4INCHbelow 7INCH LCD SAMSUNG S3

IEI IOVU-752S-CE6/-R10 RISC PANEL PC 8.4INCHbelow 7INCH LCD SAMSUNG S3C6410X66-YB40 667MHz WITH POE FUNCTION WIN CE6.0

Images shown for reference only

Shipping Extra

ATACOM Part #: ISPP_IEIX_AR_23

Manufacturer Part#:IOVU-752S-CE6/-R10

Price: $595.00

LCD Size	7"
Max. Resolution	WVGA
Brightness (cd/m2)	500
LCD Color	262 K
Pixel Pitch (mm)	0.1905(H) x 0.1905(V)
Touch Screen	Resistor Type
Backlight MTBF	50000
CPU	Samsung S3C6410 ARM11 677 MHz
RAM	256 MB DDR2
Bootloader Storage	128 MB
I/O Ports and Switches	1 x RS-232 COM port
	1 x RS-232/422/485 COM port
	(software controllable)
	1 x 10/100Mbps LAN
	(supports PoE)
	2 x USB 2.0 host
	1 x Reset button
	1 x On/Off power switch
	1 x Power jack
OS/Program Storage	(SD Slot)
Audio	2 x 1.5W speaker
Construction Material	Aluminum (Al 6061)
Front Panel Color	Silver
Dimensions	188 x 124 x 40 (W x H x D mm)
Operating Temperature (˚C)	-10°C~ 60°C
Net Weight (kg)	1.2 kgs
Power Requirement	6~30V DC input
Power Consumption	14 W
Viewing Angle (H-V)	40∘ / 130∘
Multimedia Support	MPEG-4/H.263/H.264
Wireless LAN	N/A
Front Panel Protection	IP64 compliant
Power Mode	AT
Vibration and Shock	MIL-STD-810F
	1. Axes: 3 axes (Vertical / Transverse / Longitudinal)
	2. 10 ~ 500Hz, 60min/axis
	3. Equivalent to Z: 2.18Grms, X: 1.6Grms, Y: 1.96Grms
Humidity	5%-90% RH
Ordering Information
Part No.	Description
IOVU-752S-CE6/-R10	7” LCD, SAMSUNG S3C6410X66-YB40 667MHz with PoE function, WIN CE6.0, RoHS

IEI IOVU-752S-CE6/-R10 RISC PANEL PC 8.4INCHbelow 7INCH LCD SAMSUNG S3C6410X66-YB40 667MHz WITH POE FUNCTION WIN CE6.0

● RISC-based processor provides high performance and extremely low power consumption
● PoE (Power over Ethernet) function
● 7” widescreen WVGA TFT LCD with resistive touch screen
● Samsung S3C6410 ARM11 677MHz processor and 256 MB DDR2
● Preinstalled Windows® CE6.0 operating system
● Sleek and compact metal design with ultra thin frames
● Built-in 1.5W speakers
● IP 64 compliant front panel
● Fanless design for rigorous environments