COMFAST 5.8GHz 900Mbps bridge collection
5.8GHz 900Mbps Long-range Wireless Bridges for Point-to-Point Ethernet Connectivity
Compare COMFAST CF-E319A V2 and the upgraded-power CF-E319A V3 for point-to-point Ethernet links across buildings, CCTV sites, warehouses, campuses and remote networks.
PROJECT-FIRST SELECTION
Choose the Right 5.8GHz 900Mbps Long-range Wireless Bridge for Your Link
Start with the path and wired-network requirements. Confirm topology, line of sight, distance, traffic demand, Ethernet interface, power infrastructure and mounting environment before choosing a model.
Define the link
Identify two-building, CCTV, warehouse, remote-device or ISP/WISP backhaul requirements. Validate any point-to-multipoint design separately.
Review the radio path
Record elevation, obstructions, Fresnel-zone clearance, interference and local channel rules. Real throughput and range depend on deployment conditions.
Match the power system
Choose CF-E319A V2 for its listed 24V/0.5A PoE adapter or CF-E319A V3 for upgraded 48V/0.32A power infrastructure.
CATEGORY BOUNDARIES
What Makes a 5.8GHz 900Mbps Long-range Wireless Bridge Different?
Wireless Bridge vs Outdoor AP, CPE and Router
A bridge joins wired network segments over a wireless path. An outdoor AP provides client Wi-Fi access, while a router routes networks and a repeater extends coverage.
5.8GHz 900Mbps Bridge vs 2.4GHz Bridge
This page only covers the 5.8GHz 900Mbps collection. See 2.4GHz wireless bridges when that band suits the project.
5.8GHz 900Mbps vs 5.8GHz 300Mbps
Compare these models with the separate 5.8GHz 300Mbps bridge collection using current datasheets and project conditions.
Point-to-Point and Ethernet Extension
A bridge at each site carries traffic between Ethernet locations. See WiFi extender versus wireless bridge guidance.
LAN / switch / recorder
◀ ─ 5.8GHz link ─ ▶
LAN / cameras / remote equipment
NETWORK REQUIREMENTS
5.8GHz 900Mbps Long-range Wireless Bridges by Link Mode, Ethernet and PoE
5.8GHz 900Mbps Frequency and Channel Options
Both datasheets list IEEE 802.11a/n/ac, a 5.180–5.825GHz operating range and an 867Mbps 5.8GHz wireless rate.
Point-to-Point Mode and Ethernet Interfaces
Each model lists one 10/100/1000Mbps LAN/WAN RJ45 port and one reset button. Confirm project configuration and supported operating modes before deployment.
PoE, Power and Management Boundaries
V2 lists a 24V/0.5A PoE adapter. V3 upgrades the power specification to 48V/0.32A and lists power consumption of no more than 12W.
DEPLOYMENT SCENARIOS
CCTV, Building-to-Building and Remote Network Scenarios
Building-to-Building Ethernet Links
Extend LAN connectivity where trenching cable or fiber is impractical. Confirm mounting, grounding, path clearance and capacity requirements.
CCTV and Warehouse Backhaul
Carry camera and operational traffic between separated sites. Read about a reliable wireless CCTV network and wireless bridge versus fiber.
Remote ISP/WISP and Rural Network Extensions
Plan spectrum, line of sight, link budget, regulatory limits, power availability and expected service level before installation.
PRODUCT SELECTION
COMFAST 5.8GHz 900Mbps Long-range Wireless Bridge Models
CF-E319A V2
24V PoE version for long-range point-to-point Ethernet and surveillance backhaul projects.
- Wireless rate
- 867Mbps
- Antenna
- 26dBi directional
- Ethernet
- Gigabit RJ45
- Power
- 24V/0.5A PoE
CF-E319A V3 — Upgraded Power
48V PoE version designed for projects that standardize on upgraded 48V power infrastructure.
- Wireless rate
- 867Mbps
- Antenna
- 26dBi directional
- Ethernet
- Gigabit RJ45
- Power
- 48V/0.32A PoE
This collection excludes 2.4GHz and 5.8GHz 300Mbps bridges, outdoor APs, cellular CPEs, routers, repeaters, adapters and competitor products. Browse all wireless bridges or visit the COMFAST wireless bridge manufacturer page.
COMFAST CAPABILITIES
COMFAST Strengths for Wireless Bridge Projects
Work with a wireless networking manufacturer that can support product development, manufacturing, quality coordination and international B2B delivery from sample evaluation through volume supply.
Wireless R&D Experience
Dedicated wireless product teams support hardware evaluation, radio requirements, firmware coordination and project-specific technical communication.
In-house Manufacturing
Factory-based production enables closer coordination of samples, materials, assembly, testing and volume delivery requirements.
Quality and Compliance Support
Project teams can align inspection requirements, verification documents and market certification needs before mass production.
OEM/ODM Project Service
Branding, packaging, documentation, firmware and hardware requirements can be reviewed for distributors, integrators and solution partners.
CUSTOM PROJECT SUPPLY
OEM/ODM and Bulk Supply for 5.8GHz 900Mbps Long-range Wireless Bridges
Share the target market, link scenario, distance and line-of-sight conditions, channel requirements, antenna, Ethernet, PoE voltage, mounting, firmware, certification, quantity and timeline. MOQ, samples, delivery and customization scope are confirmed per project.
SELECTION ANSWERS
5.8GHz 900Mbps Long-range Wireless Bridge FAQs
What Is a 5.8GHz 900Mbps Long-range Wireless Bridge?
It connects wired network locations over a 5.8GHz wireless path. These models are grouped in the 900Mbps collection and list an 867Mbps wireless rate.
How Does a Point-to-Point Wireless Bridge Work?
A bridge at each end exchanges traffic across the radio path and provides Ethernet connectivity to the local network at each site.
Does a Wireless Bridge Need Line of Sight?
Clear line of sight and suitable Fresnel-zone clearance are important. Mounting height, obstructions and interference can affect link quality.
When Is an Outdoor AP or CPE a Better Fit?
Use an outdoor AP for Wi-Fi client coverage, evaluate a CPE for subscriber access, and use a bridge to join Ethernet networks across a wireless path.
START YOUR PROJECT
Request 5.8GHz 900Mbps Bridge Specifications and Samples
Send the target model, country, scenario, distance, line of sight, Ethernet and PoE requirements, mounting conditions, quantity and project date.