Nofence vs. Vence Virtual Fencing: Solar, Range & Cost Comparison

Nofence (Norway): Ideal for small ruminants (sheep/goats) and cattle in areas with cellular coverage. Built-in dual solar panels recharge the battery continuously during spring/summer grazing.
Vence (Merck Animal Health, USA): Engineered for extensive rangeland beef cattle operations where cellular signals are absent. Uses local LoRaWAN gateways with 15km coverage.
Containment Safety: Both systems use rising audio warning tones (800Hz) followed by low-energy containment pulses (0.1J – 0.3J). Animals learn to turn back on audio cues alone within 48 hours.

1. Side-by-Side Technical Comparison Matrix

Feature / Specification	Nofence Virtual Collar	Vence Virtual Fence Collar
Primary Species	Sheep, Goats, Beef Cattle, Dairy Heifers	Beef Cattle & Rangeland Herds
Power Architecture	Dual Solar Panels + Rechargeable Li-Ion	Replaceable Primary Battery Pack
Wireless Communication	Cellular 2G/LTE-M + Bluetooth BLE	LoRaWAN Gateway (915 MHz / 868 MHz)
Operative Range	Global (Wherever cellular towers reach)	Up to 15 km per LoRaWAN Gateway
Containment Energy	0.1 Joules (Sheep) / 0.3 Joules (Cattle)	0.2 Joules (Cattle)
Estimated Capital Cost	€60 – €100 / collar + cellular subscription	$40 – $70 / collar + gateway investment

The primary architectural distinction lies in how the two systems communicate boundary updates and recharge batteries:

Nofence Cellular Solar Architecture: Eliminates the need to install on-farm radio gateways. The integrated solar panels generate sufficient energy to keep the collar powered indefinitely during sunlit months.
Vence LoRaWAN Gateway Architecture: Solves the remote rangeland challenge where cellular signals do not reach. A single solar-powered LoRaWAN tower installed on a high ridge covers up to 15km in radius.

Use our interactive tool to select any 2 hardware devices and compare battery lifespans, wireless protocols, and capital costs.