Boxchip S700a Dmr UHf Multimode 7-10 days delivery
bxchp700a
£548.00 inc. tax
Boxchip S700a Dmr UHf Multimode 7-10 days delivery Summary

Boxchip S700a Dmr UHf Multimode 7-10 days delivery

Boxchip S700a latest network radio and Dmr price includes UK next day delivery please message if outside the Uk for shipping costs. 

In stock are the Uhf versions of this radio if require vhf please use the contact form to enquire.

* Traverse networks, moving from LTE to DMR and back seamlessly to ensure you always remain connected *

* Mobile Device Management (MDM) client can track device activity,DMR programming over the air *

* Dual Bluetooth, Bluetooth V4.1 delivers an enhanced data rate with low energy consumption through a secure connection for wireless connectivity *

* Optimise with high capacity power and charger options *

Boxchip S700A is an advanced professional handheld 4G LTE radio,




Frequency Band UHF1: 400-470MHz customize Channel Spacing 12.5KHz/25KHz Working voltage 3.7V DC Frequency stability ±1.5 ppm Antenna impedance 50Ω,Analog 0.3μV (12dB SINAD) Sensitivity 0.4μV (20dB SINAD)DMR 0.3μV /BER5% Adjacent Channel Selectivity 60dB@12.5KHz Intermodulation rejection 70dB@25KHz Spurious response rejection 75dB@12.5/25KHz Blocking 90dB FM hum & noise -40dB@12.5kHz,-45dB@25kHz Distortion at rated audio ≤5% Frequency response mask +1 ~ -3 dB Conducted spurious emissions < -57 dBm Transmit power 0.5W/2W(33dBm) FM modulation 11K0F3E@12.5KHz;16K0F3E@25KHz 4FSK Digital modulation 12.5KHz only data:7K60FXD,12.5kHz data and voice:7K60FXWConducted/radiated emissions -36dBm<1GHz,-30dBm>1GHz Modulation limiting ±2.5KHz@12.5KHz,±5.0KHz@25KHz FM hum & noise -40dB@12.5KHz,-45dB@25KHz Channel power 60dB@12.5KHz,70dB@25KHz Audio frequency response +1 ~ -3 dB Distortion at rated audio ≤3 % Vocoder type AMBE++ ETSI DMR ETSI-TS102 361-1,- 2,-3(*) DMR Mode ETSI DMR Tier IIWaterproof IP67,Dustproof,Shockproof
Product Condition:
New
Customer Reviews
No Reviews Posted Yet - be the first! (write review)
Product Added to your Cart
x

-------- OR --------