HauteWRAP Indoor Products
HauteWRAP Family products provide high data rates, superior throughput for data-intensive and latency-sensitive applications, and it can be configured to use either the “TDMA-like” protocol which delivers unparalleled video streaming performance for the most demanding IP surveillance applications, layer-2 or layer-3 mesh,or standard 802.11.
DXCi (1)
Full Duplex High Performance Base Station
The WRAPDXCi is designed for use as a master (aka "AP" or "base station") router in a multi-frequency, point to multipoint system. It can be used as a full duplex high performance station router when the highest throughput and lowest laterncy is essential, or as a dual band wireless mesh nod.
HR-WRAPDXCi Specification (Link)
Frequency Options
- WRAPDXCi-M
- WRAPDXCi-37M
- WRAPDXCi-9M
- WRAPDXCi-22
- WRAPDXCi-29
- WRAPDXCi-55
- WRAPDXCi-59
Note:
M=multiband, 25dBm/-92dBm
(2.4, 4,9*, 5GHz)
37=3.65** GHz, 25dBm/-92dBm
9=900MHz, 28dBm/-93dBm
2=2.4GHz, 28dBm/-97dBm
5=5.8GHz, 28dBm/-94dBm
SXCi (1)
High Performance Station Router
The HR-WRAPSXCi is designed for HR-WRAPSXCi use as an indoor master (aka “AP” or ”base station”) router in a point to
multipoint system, as a high performance station router when the highest throughput is essential, or as a wireless mesh node. Its three Ethernet ports eliminate the need for an external switch in most cases.
HR-WRAPSXCi Specification (Link)
Frequency Options
- WRAPSXCi-M
- WRAPSXCi-N
- WRAPSXCi-2
- WRAPSXCi-37
- WRAPSXCi-4
- WRAPSXCi-5
- WRAPSXCi-9
Note:
M=multiband, 25dBm/-92dBm
(2.4, 4.9*, 5GHz)
N=2.4 GHz/5 GHz 25dBm/ -97dBm 2x2 MIMO dual band radio
37=3.65** GHz, 25dBm/-92dBm
9=900MHz, 28dBm/-93dBm
2=2.4GHz, 28dBm/-97dBm
4=4.9GHz”, 26dBm/-94dBm
5=5.8GHz, 28dBm/-94dBm


We put the HauteSpot microNVR and Global Emergency Resources eWRAP to the test. Driving 700 miles from Meridian, Mississippi to Augusta, Georgia, we put a Mobotix megapixel camera attached to a microNVR and eWRAP in a moving van. The microNVR recorded at full frame rate and resolution all of the video from the camera. It also transcoded and pushed video out over the eWRAP using 3G EvDO wireless. The push architecture remained connected throughout the entire trip including through some relatively remote areas. See as short captured video of this test. 70 miles an hour, 700 miles, 10fps, VGA…