Avari® Wireless continues to grow and develop its world-class team.
If you are passionate about in-building wireless, and helping keep the public, first responders, and public safety personnel alike safe, then Avari Wireless could be a great next step in your career.
If this sounds like you, please submit your resume to careers@avariwireless.com.
We look forward to connecting with you!
Open Positions
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No signal degradation over long distanceDigital signal over fiber – no loss of signal quality on fiber Tolerant of less optimal infrastructure i.e., poor fiber connections, lossy fiber ... Optical budget between 14 dBo to 27dBo No increase in UL noise on fiber infrastructure Perfectly suited for indoor and underground applications such as tunnels, metro systems, and mines
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Automatic optical delay compensationOptical delay compensation across all fibers are automatically calculated and applied with a click of a button on the graphical user interface (GUI) Saves the need from using the same length of fiber to normalize signal arrival time to all remotes Minimize potential for time delay interference (TDI) problems
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Design flexibilityFlexible network topologies supported: star, daisy-chain, hybrid, ring, and loop (saves installation cost and time) Network cabling: supports single-mode or multi-mode fiber
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Supports LTE and FirstNet todaySoftware defined digital filters provide a great deal of flexibility and scalability in accommodating waveforms of today and tomorrow
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Redundancy and self healingIntelligent controller re-configures network to route channel traffic via different paths based on analysis of faults detected Remote unit will automatically switch to secondary headend signal source if the remote detects loss of signal at the primary headend
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Standard off-the-shelf SFP pluggable optical transceiversLow-cost non-proprietary components Supports single-mode (long haul) or multi-mode (short haul) fiber deployments Carries both uplink and downlink over one fiber (Wavelength Division Multiplexing (WDM) operation)
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Advanced automatic digital gain control and squelchSuppresses unnecessary channel noise to improve overall signal quality Minimizes near and far effect
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Flexible alarm connections to local/centralized fire alarm panel and Network Operations Center (NOC)Accepts 3 dry contact input from battery systems Provides 3 dry contact alarm output for radio alarm connections to local fire alarm panel per fire code Supports forwarding of all radio and battery alarms to NOC via SNMP from the VL-EM™
* If you didn’t see a role that fits your skill set, but still remain interested in an opportunity with Avari® Wireless, please submit your resume to careers@avariwireless.com
Canada Headquarters
Avari Wireless Corporation
8618 Commerce Court
Burnaby, BC V5A 4N6
Canada
US Headquarters
Avari Wireless Inc.
1400 112th Ave SE
Ste 100
Bellevue, WA 98004
USA
UK Headquarters
Avari Wireless Limited
40 Caversham Road
Reading, Berkshire
RG1 7EB
UK
Toll Free: +1 (833) 502-2144
Phone: +1 (778) 945-5085
Fax: +1 (778) 945-5086
Copyright ©2024 Avari Wireless. All Rights Reserved.
Avari Wireless
In the event of a crisis, public safety personnel and first responders require reliable emergency responder radio coverage.
Being able to communicate with public safety two-way radio systems in buildings is crucial for first responders to execute time-sensitive and mission-critical tasks to protect the public. Emergency Responder Communications Enhancement Systems (ERCES) are often installed to provide these necessary means of communication.
Avari Wireless's public safety digital Distributed Antenna System (DAS), known as the Avari VL™ Series, provides a reliable, high-performance, and high-availability system designed to support both current and future public safety communication requirements.
Avari's systems are enabling emergency communications indoors, which helps keep public safety personnel, first responders and the public alike safe.
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