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Our Expertise includes Wireless Ethernet design and Implementation. Every wireless Local Area Network (LAN) deployment is different. When engineering an in-building solution, varying facility sizes, construction materials, and interior divisions raise a host of transmission and multi path considerations. With appropriate designs utilizing bridge antennas, the right mounting hardware, and qualified installation, wireless links over great distances and obstacles are possible and we're the right people for the job.
When implementing a building-to-building solution, distance, physical obstructions between facilities, and number of transmission points involved must be accounted for.
We develop creative and innovative designs to incorporate Wireless Ethernet into your network infrastructure and we do it..........
Let us design a solution for you.
WAN (Wide Area Networks)
- Large coverage per antenna (typically several thousand feet in diameter)
- Licensed frequency allocations
- Carrier operated & regulated
- Voice-centric deployments
- Easy roaming among cells
- Slow data rates (2.4 Kbps – 144 Kbps)
- Many different incompatible “air interfaces” & modulation techniques in use
- Technologies:
- Analog/CDPD
- GSM/GPRS
- CDMA 2000 1XRTT & W-CDMA
- Pagers
- 900 MHz
- Satellite
LAN (Local Area Networks)
- Typical cell covers hundreds of feet per antenna (access point)
- Unlicensed frequency allocation (2.4 GHz ISM & 5 GHz NII bands)
- Privately owned & operated
- Data-centric deployments
- Very high data rates (1.5 – 54 Mbps)
- Limited roaming
- Technologies: IEEE 802.11 based standards:
- 802.11b (WiFi) = 11 Mbps
- 802.11g = 20+ Mbps
- 802.11a = 54 Mbps (5 GHz)
PAN (Personal Area Networks)
- Typical cell covers tens of feet per antenna
- Unlicensed frequency allocation (2.4 GHz ISM & infrared)
- Privately owned & operated
- Data-centric deployments
- Inter-device communications (e.g. cell phone to PDA)
- Medium data rates (720 Kbps – 4 Mbps)
- No roaming
- Technologies:
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