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| Outdoor Indoor |
| HR-IXPSXPi-SD |
HauteRoute™ Standard Definition Wireless Video Encoder Bridge |
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- Full bi-directional IP wireless bridge
- DVD-quality video using MPEG2 standard encoding
- Broad range stereo audio using MPEG1 layer II standard encoding
- RCA and S-Video video inputs
- Super compact, lightweight design
- High Performance Intel® XScale® IXP Network Processor for near wire speed packet forwarding
- Featuring the HauteRoute OS™ advanced operating system
- Simple to configure Web Based management interface
- Radio Module options supporting 902-928Mhz at up to 700mW, 2.312 to 2.499GHz at up to 400mW, 4.9GHz FCC Part 90Y or 5.100-6.100Ghz at up to 400mW1
- Pelco-D Pan Tilt Zoom Protocol over IP support through onboard serial port
- 2 audio channel inputs
- Optional Hardware Acceleration for IPSec and AEP. FIPS 140-2 compliant protocols
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The HR-IXPSXPi-SD is designed for use with a HR-IXPSXPi wireless bridge attached to any IP network, with playback and decoding through any standard multimedia computer or through the Amino Aminet 100 set top box decoder.
The integrated MPEG2 encoder is designed to efficiently compress high resolution analog images for streaming using RTP unicast or multicast, without adding significant latency. The MPEG1 audio encoder delivers superior sound quality, while compressing sound down for network transport.
For more details please contact our sales@hautespot.net.
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HR-IXPSXPi |
HauteRoute™ Wireless High Performance Streaming Media Bridge |
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- High Performance Intel® XScale® IXP Network Processor for near wire speed packet forwarding
- Simple to configure Web Based management interface
- Choice of Radio Modules Supporting 900Mhz at up to 700mW, 2.3-2.5Ghz at up to 400mW, 4.9 Ghz 400mW or 5.1-6.1Ghz at up to 400mW
- 10/100 Base-TX Ethernet Port (with Auto MDI/MDIX)
- Super compact, lightweight design
- Full Feature Transparent Bridging using the HauteLine™ high performance, low latency protocol for rates of up to 68Mbps actual throughput
- Passive Power Over Ethernet Supporting 9 to 48VDC Input Voltage Range
- Reverse Voltage and Transient Protection
- 6W Typical Operating Power with Radios at full power
- 0°C to 70°C Operating Temperature
- Voltage and Temperature Monitor
- USB 2.0 Host Interface
- Watchdog Timer
- Real Time Clock
- Pelco-D over IP protocol support for pan tilt zoom over serial port
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Other Applications:
Scada
Public Safety
The HR-IXPSXPi features one OFDM broadband radio module standard (with options to select which frequency), also, one 10/100 Base-TX Ethernet channel and a RS232 serial port for management and debug, 32Mbytes SDRAM, Power over Ethernet (PoE), watchdog timer and a voltage/temperature monitor. Program storage consists of 16Mbytes of on-board Flash which hosts the HauteRoute OS™ operating system.
For more details please contact our sales@hautespot.net. |
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| HR-IXPDXPi |
HauteRoute™ Wireless High Availablity, Low Latency Bridge/Router |
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- High Performance Intel® XScale® IXP Network Processor for near wire speed packet forwarding
- Simple to configure Web Based management interface
- Choice of Radio Modules Supporting 900Mhz at up to 700mW, 2.3-2.5Ghz at up to 400mW, 4.9 Ghz 400mW or 5.1-6.1Ghz at up to 400mW
- 10/100 Base-TX Ethernet Port (with Auto MDI/MDIX)
- Super compact, lightweight design
- Full Feature Transparent Bridging using the HauteLine™ high performance, low latency protocol for rates of up to 68Mbps actual throughput
- Passive Power Over Ethernet Supporting 9 to 48VDC Input Voltage Range
- Reverse Voltage and Transient Protection
- 6W Typical Operating Power with Radios at full power
- 0°C to 70°C Operating Temperature
- Voltage and Temperature Monitor
- USB 2.0 Host Interface
- Watchdog Timer
- Real Time Clock
- Pelco-D over IP protocol support for pan tilt zoom over serial port
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Other Applications:
Scada
Public Safety
With two radio modules which can be configured to support either licensed 2.3-2.4GHz, unlicensed ISM 2.4-2.5GHz, FCC Part 90Y Public Safety 4.9GHz, unlicensed NII 5.1-6.1GHz or unlicensed ISM 900MHz, you can select any combination of frequencies to run in parallel with all data simultaneously transmitted over both frequencies. If either of the two frequencies fail due to interference, atmospherics, or temporary obstruction, the remaining frequency remains functional. When both radio modules are up and functioning, load balancing between the frequencies is active, allowing for maximum throughput and broadband performance.
For more details please contact our sales@hautespot.net. |
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