Verizon partner network
Verizon partner network
A 5G signal recovery vehicle with a deployment case staged on the ground beside it
Public safety field connectivity

Mission-critical connectivity for public safety.

Portable, vehicle and site systems, configured and acceptance-checked against the agreed deployment plan before release: cellular, satellite and wired paths as the mission requires.

Request a deployment review See the three formats
Portable, vehicle or site Voice option on any format Acceptance-checked before release
Start with where it lives

Portable, vehicle or site.

Three starting points. You do not need to choose the final platform before the review. A voice option can be added to any of them.

The red emergency handset and Verizon LTE console mounted in the tray of an open field case, seen from above
Portable

Emergency case

A rolling field case configured with the router, antenna connections, power components and satellite equipment specified for the deployment. The agreed configuration is staged and checked before release.

Parsec Pitbull 7:1 Router options: Peplink MAX BR1 Pro 5G or Semtech AirLink XR60 Starlink Mini
Voice option: One Talk T77LTE in a red field case
Field-response vehicle with roof-mounted communications equipment
Vehicle

Command & response

A roof-mounted antenna system and in-cab router configured for the vehicle’s cellular and satellite paths, mobile or parked.

Parsec Cane Corso 7:1 Router options: Ericsson R2400 or R1900, subject to qualification Starlink Mini
Voice option: a handset that rides in the cab
An Ericsson fixed-site router, seen from above
Fixed or temporary

Command site

A wall or rack deployment for a station, EOC or staging area. Wired WAN where available, with cellular and satellite configured as primary, alternate or backup paths where service and site conditions allow.

Router options: Ericsson E400 or W2255 Wired WAN where available Starlink Mini
Voice option: a desk or wall handset on site
Platform examples shown. Verizon Frontline and Network Slice eligibility are specific to device, modem, firmware, service plan and agency qualification. Masters Telecom confirms the eligible combination during the deployment review.
What the review covers

A configuration you can inspect before you buy.

We map the primary and backup paths, confirm device and service eligibility, define the power plan, document the bill of materials and set the acceptance checks before anything is released to the field.

01 WAN path plan Primary, alternate and backup paths named per format.
02 Eligibility check Device, modem, firmware, plan and agency qualification confirmed.
03 Power and runtime Power plan documented; runtime measured when it is part of the requirement.
04 Mounting and antenna Placement, cabling and antenna plan specified for the install.
05 Acceptance checks A release record you can read before the system ships.
An open Boxer case with a Semtech XR60 router mounted and its antenna leads labeled
Boxer case with a Semtech XR60: router mounted and every antenna lead labeled before the case closes.
An open Boxer case with a Peplink MAX BR1 Pro 5G router mounted and cabled
Same Boxer case with a Peplink MAX BR1 Pro 5G. The router follows the deployment plan, not the other way round.
Ericsson W1855 router, Cane Corso antenna with Starlink and a Boxer battery case mounted on the roof rack of a Verizon ATV
Roof-rack install on a Verizon ATV: Ericsson W1855, Cane Corso antenna with Starlink, and a Boxer case carrying the battery.
Request received

Thank you, we have it.

We’ll be in touch within one business day. If it’s urgent, call 786.999.9127 and ask for the mission-critical team.

No obligation

Request a deployment review.

Tell us what you’re deploying and we’ll come back with the format, the platforms and what qualification it needs. A Masters Telecom deployment specialist will review it with you.

By submitting, you’re asking Masters Telecom to contact you about this deployment. We’ll be in touch within one business day.
Say it plainly

Two network treatments. Two resilience methods.

A slice determines how qualified Verizon traffic is treated. Failover and bonding determine how the field system uses multiple connections. They are not the same thing, and the difference matters when you are specifying.

Network-side treatment: qualified Verizon path Field-system path method: multi-WAN
How network treatment and connection resilience differ Four panels. One, a public road with a reserved lane inside it, representing a network slice. Two, the same road with qualified traffic served first. Three, two roads with traffic exiting from a blocked road onto the second. Four, three routes two cellular and one satellite combined into a single connection, with a boundary showing that slice treatment does not extend to the satellite or secondary-carrier routes. 01 Network slice 02 Priority and preemption 03 Failover 04 Bonding
Network-side treatment: qualified Verizon path
01 Network slice

Network slice. A logically isolated 5G Standalone path on Verizon’s network for eligible public-safety service and supported devices. It allocates dedicated network resources; it does not create new radio capacity.

02 Priority and preemption

Priority and preemption. For eligible, provisioned public-safety service, priority changes how traffic is scheduled during congestion; preemption can temporarily reallocate network resources when capacity is fully used. Neither creates new network capacity.

Field-system path method: multi-WAN
03 Failover

Failover. A configured secondary WAN is used after health checks declare the primary path unavailable. Switchover time and session continuity depend on router settings, IP addressing, application behaviour and path conditions.

04 Bonding

Bonding. A bonding or overlay service can use two or more active WAN paths behind one logical connection. Aggregate throughput and session behaviour depend on the bonding method, traffic and path conditions.

Network slice. A logically isolated 5G Standalone path on Verizon’s network for eligible public-safety service and supported devices. It allocates dedicated network resources; it does not create new radio capacity.

Priority and preemption. For eligible, provisioned public-safety service, priority changes how traffic is scheduled during congestion; preemption can temporarily reallocate network resources when capacity is fully used. Neither creates new network capacity.

Failover. A configured secondary WAN is used after health checks declare the primary path unavailable. Switchover time and session continuity depend on router settings, IP addressing, application behaviour and path conditions.

Bonding. A bonding or overlay service can use two or more active WAN paths behind one logical connection. Aggregate throughput and session behaviour depend on the bonding method, traffic and path conditions.

Verizon Frontline Network Slice treatment applies only to the qualified Verizon path; it does not carry over to Starlink or another carrier’s path.
Pete Dunn
Prefer to just talk?

Pete Dunn

Mission-critical deployments, Masters Telecom. Call and you reach the team that reviews and stages these systems.

786.999.9127 fwa@masterstelecom.com
786.999.9127 · fwa@masterstelecom.com · 1225 NW 17th Ave, Ste 101, Delray Beach, FL 33445
Capabilities shown are configuration-dependent. Verizon service, priority and preemption, and Network Slice are subject to Verizon eligibility, provisioning, compatible devices, coverage and network conditions. Satellite and other-carrier paths are separate services and do not receive Verizon Frontline Network Slice treatment. Failover, bonding and battery runtime depend on configured hardware, service, power and test conditions; no continuity or runtime is represented unless stated in the deployment record. Masters Telecom is a Verizon channel partner and systems integrator; Verizon network services are provided by Verizon.