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zBoost repeats and amplifies the signal and is frequency dependent. zBoost works with most phones (except Nextel) and comes in 3 models. Order our Dual-Band Model or check this website to know what frequency your carrier is operating in your zip code. http://www.wirelessadvisor.com/.
- Provides cell phone coverage where inside signal is weak or dead spots exist
- Improves coverage up to 2500 sq ft and enhances all cell phone functions
- Multiple users with single unit and not tethered to unit
- Dual band product that works with all cell phone providers except Nextel IDEN frequency
- Includes easy installation accessories
UPC: 186639000090 |
Product Specifications:
zBoost Dual Band for the Home and Office
| At 1900 MHz (PCS) |
Uplink |
Downlink |
| Frequency |
1850 – 1910 MHz |
1930 – 1990 MHz |
| PCS Bands |
ALL: A,D,B,E,F & C |
| Network Format |
CDMA, GSM, TDMA, GPRS, EDGE, 1xRTT, EVDO, HSDPA |
| System Gain |
50db |
58db |
| Antenna - Signal |
3.5 dBi Colinear; F-Type Female |
| Cable Loss |
3.5 dB (50 feet of 75ohm, 3000 MHz RG6) |
| At 800 MHz (CEL) |
Uplink |
Downlink |
| Frequency |
24-849MHz |
869-894MHz |
| PCS Bands |
ALL: A, B, A’ & B’ |
| Network Format |
CDMA, GSM, TDMA, AMPS, GPRS, EDGE, 1xRTT, EVDO, HSDPA |
| System Gain |
50db |
56db |
| Antenna - Signal |
3 dBi Colinear; F-Type Female |
| Cable Loss |
3.3 dB (50 feet of 75ohm, 3000 MHz RG6) |
| Both CEL and PCS |
| Base Unit RF connectors |
F-type female and TNC female |
| Wall Supply Input |
Input 100-240VAC 50- 60Hz |
| Power Consumption |
2W standby, 5.5W max signal |
| System Certifications |
UL, FCC Parts 15 & 24 (PCS), FCC Parts 15 & 22 (CEL), Industry Canada |
| Base Unit size and weight: |
5” x 7” x 2” - 12 oz. |
| Operating Conditions |
Indoors Use Only 5° to 40°C (40 to 105°F) |
| Coverage (open areas) |
4-5 signal bars at roof antenna; 60’ diameter at 3-4 bars inside; over 2500 sq ft circle |
Handles all PCS or CEL protocols and includes multiple patent pending technologies to provide low-cost coverage while continually
adapting to signals to prevent interference and remain transparent to the wireless network. Provides an indicator if the antennae are
positioned improperly, but will NOT suffer damage or interfere with the Carrier Network.
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