Pro C Series MIMO LTE, GPS and MIMO Dual Band Wi-Fi External IP67 Antenna Product Description Parsec s PRO C Series is a compact five-in-one MIMO LTE, MIMO Wi-Fi, and GNSS external waterproof M2M antenna. This rugged low-profile omnidirectional antenna works on all the common worldwide LTE bands with high efficiency. The is optimized for low height to be visually unobtrusive in a wide variety of outdoor M2M applications. The antenna requires a single 1 inch mounting hole. Detailed product information and options are available under NDA. Patent pending. Features LTE frequency range: 698 960 MHz 1710 2700 MHz 3300 3800 MHz Wi-Fi frequency range: 2.4 2.48 GHz 4.9 5.9 GHz MIMO LTE and MIMO Wi-Fi Omni-directional High Efficiency: 70% No ground plane requirement Applications Transportation / Fleet FirstNet / Critical Responders Remote video monitoring, Mobile broadband Electrical Specifications ID Port Parameters Units Typ. Radiated Efficiency Peak Gain Return Loss (50 Ω) Isolation Polarization LTE-1,2 LTE-1,2 LTE-1,2 GPS WiFi-1,2 WiFi-1,2 LTE-1,2 LTE-1,2 LTE-1,2 GPS WiFi-1,2 WiFi-1,2 LTE-1,2 LTE-1,2 LTE-1,2 GPS WiFi-1,2 WiFi-1,2 LTE-1 to 2 LTE-1 to 2 LTE-1 to 2 WiFi-1 to 2 WiFi-1 to 2 LTE, WiFi GPS 698 960 MHz 1710 2700 MHz 3300 3800 MHz 1575.42MHz 2400 2483.5 MHz 4900 5900 MHz 698 960 MHz 1710 2700 MHz 3300 3800 MHz 1575.42MHz 2400 2483.5 MHz 4900 5900 MHz 698 960 MHz 1710 2700 MHz 3300 3800 MHz 1575.42MHz 2400 2483.5 MHz 4900 5900 MHz 698 960 MHz 1710 2700 MHz 3300 3800 MHz 2400 2483.5 MHz 4900 5900 MHz Max Input Power LTE, WiFi Watts 5 % dbi db db 70 70 70 80 70 70 2.4 5.0 5.3 6.0 2.4 6 7 9 11 12 10 10 9 15 17 17 27 Linear RHCP Data Sheet v2.3 Released July 2, 2018
Electrical Specifications (continued) GNSS Preamp Gain GPS db 28 GNSS Preamp Voltage GPS V 2.2 to 5.0 RF Connectors LTE, GPS SMA(M) WiFi RP-SMA Cables LTE, WiFi LMR200 GPS LMR100 Notes: 1. Electrical specifications based on antenna without an external ground plane 2. Isolation does not include cable loss. LTE Bands Covered for US Carriers AT&T 2, 4, 5, 14, 17, 29, 30, 48, 66 Verizon 2, 4, 5, 13, 48, 66 T-Mobile 2, 4, 12, 48, 66 Sprint 2, 25, 26, 41, 48 Mechanical Dimensions Mounting Hole RF Cable Length 6.07 inch diameter x 2.25 inch high Single 1 inch Choice of 3, 6, 10 & 15 foot cables Environmental Operating Temperature Ingress Protection -40 o C to 85 o C IP67 waterproof Figure 1. Product Dimensions Data Sheet v2.3 Released July 2, 2018
Figure 2. Product Picture Data Sheet v2.3 Released July 2, 2018
Typical Performance Figure 3. LTE-1 Return Loss Figure 4. LTE-2 Return Loss Data Sheet v2.3 Released July 2, 2018
Figure 5. WiFi-1 Return Loss Figure 6. WiFi-2 Return Loss Data Sheet v2.3 Released July 2, 2018
Figure 7. Low-Band 3D Radiation Pattern Figure 8. High Band 3D Radiation Pattern Data Sheet v2.3 Released July 2, 2018
Figure 9. 3.8 GHz 3D Radiation Pattern Data Sheet v2.3 Released July 2, 2018
Figure 10. LTE-1 Azimuth, 700 MHz, Phi/Deg, Theta = 90 Figure 11. LTE-1 Elevation, 700 MHz, Theta/Deg, Phi = 0 Figure 12. LTE-1 Elevation, 700 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 13. LTE-1 Azimuth, 800 MHz, Phi/Deg, Theta = 90 Figure 14. LTE-1 Elevation, 800 MHz, Theta/Deg, Phi = 0 Figure 15. LTE-1 Elevation, 800 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 16. LTE-1 Azimuth, 900 MHz, Phi/Deg, Theta = 90 Figure 17. LTE-1 Elevation, 900 MHz, Theta/Deg, Phi = 0 Figure 18. LTE-1 Elevation, 900 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 19. LTE-1 Azimuth, 1710 MHz, Phi/Deg, Theta = 90 Figure 20. LTE-1 Elevation, 1710 MHz, Theta/Deg, Phi = 0 Figure 21. LTE-1 Elevation, 1710 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 22. LTE-1 Azimuth, 2170 MHz, Phi/Deg, Theta = 90 Figure 23. LTE-1 Elevation, 2170 MHz, Theta/Deg, Phi = 0 Figure 24. LTE-1 Elevation, 2170 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 25. LTE-1 Azimuth, 2700 MHz, Phi/Deg, Theta = 90 Figure 26. LTE-1 Elevation, 2700 MHz, Theta/Deg, Phi = 0 Figure 27. LTE-1 Elevation, 2700 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 28. LTE-1 Azimuth, 3400 MHz, Phi/Deg, Theta = 90 Figure 29. LTE-1 Elevation, 3400 MHz, Theta/Deg, Phi = 0 Figure 30. LTE-1 Elevation, 3400 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 31. LTE-1 Azimuth, 3500 MHz, Phi/Deg, Theta = 90 Figure 32. LTE-1 Elevation, 3500 MHz, Theta/Deg, Phi = 0 Figure 33. LTE-1 Elevation, 3500 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 34. LTE-1 Azimuth, 3800 MHz, Phi/Deg, Theta = 90 Figure 35. LTE-1 Elevation, 3800 MHz, Theta/Deg, Phi = 0 Figure 36. LTE-1 Elevation, 3800 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 37. LTE-2 Azimuth, 700 MHz, Phi/Deg, Theta = 90 Figure 38. LTE-2 Elevation, 700 MHz, Theta/Deg, Phi = 0 Figure 39. LTE-2 Elevation, 700 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 40. LTE-2 Azimuth, 800 MHz, Phi/Deg, Theta = 90 Figure 41. LTE-2 Elevation, 800 MHz, Theta/Deg, Phi = 0 Figure 42. LTE-2 Elevation, 800 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 43. LTE-2 Azimuth, 900 MHz, Phi/Deg, Theta = 90 Figure 44. LTE-2 Elevation, 900 MHz, Theta/Deg, Phi = 0 Figure 45. LTE-2 Elevation, 900 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 46. LTE-2 Azimuth, 1710 MHz, Phi/Deg, Theta = 90 Figure 47. LTE-2 Elevation, 1710 MHz, Theta/Deg, Phi = 0 Figure 48. LTE-2 Elevation, 1710 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 49. LTE-2 Azimuth, 2170 MHz, Phi/Deg, Theta = 90 Figure 50. LTE-2 Elevation, 2170 MHz, Theta/Deg, Phi = 0 Figure 51. LTE-2 Elevation, 2170 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 52. LTE-2 Azimuth, 2700 MHz, Phi/Deg, Theta = 90 Figure 53. LTE-2 Elevation, 2700 MHz, Theta/Deg, Phi = 0 Figure 54. LTE-2 Elevation, 2700 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 55. LTE-2 Azimuth, 3400 MHz, Phi/Deg, Theta = 90 Figure 56. LTE-2 Elevation, 3400 MHz, Theta/Deg, Phi = 0 Figure 57. LTE-2 Elevation, 3400 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 58. LTE-2 Azimuth, 3500 MHz, Phi/Deg, Theta = 90 Figure 59. LTE-2 Elevation, 3500 MHz, Theta/Deg, Phi = 0 Figure 60. LTE-2 Elevation, 3500 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 61. LTE-2 Azimuth, 3800 MHz, Phi/Deg, Theta = 90 Figure 62. LTE-2 Elevation, 3800 MHz, Theta/Deg, Phi = 0 Figure 63. LTE-2 Elevation, 3800 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 64. WiFi-1 Azimuth, 2440 MHz, Phi/Deg, Theta = 90 Figure 65. WiFi-1 Elevation, 2440 MHz, Theta/Deg, Phi = 0 Figure 66. WiFi-1 Elevation, 2440 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 67. WiFi-1 Azimuth, 5500 MHz, Phi/Deg, Theta = 90 Figure 68. WiFi-1 Elevation, 5500 MHz, Theta/Deg, Phi = 0 Figure 69. WiFi-1 Elevation, 5500 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 70. WiFi-2 Azimuth, 2440 MHz, Phi/Deg, Theta = 90 Figure 71. WiFi-2 Elevation, 2440 MHz, Theta/Deg, Phi = 0 Figure 72. WiFi-2 Elevation, 2440 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Figure 73. WiFi-2 Azimuth, 5500 MHz, Phi/Deg, Theta = 90 Figure 74. WiFi-2 Elevation, 5500 MHz, Theta/Deg, Phi = 0 Figure 75. WiFi-2 Elevation, 5500 MHz, Theta/Deg, Phi = 90 Data Sheet v2.3 Released July 2, 2018
Contact Information Email: Sales@parsec-t.com Web: www.parsec-t.com Phone: 972-804-4600 Mail: Parsec Technologies, Inc. 820 Jupiter Rd. Plano, Texas 75074 Ordering Information Part Number PTAPRO5C2LTE2WIFIGPS003 3 foot long cables PTAPRO5C2LTE2WIFIGPS006 PTAPRO5C2LTE2WIFIGPS010 PTAPRO5C2LTE2WIFIGPS015 6 foot long cables 10 foot long cables 15 foot long cables Add B for Black Radome, W for White Radome Custom cable lengths available Packing for Shipment Protective box, qty. 1 per box. Data Sheet v2.3 Released July 2, 2018