B08_Attachment_1_Salient_Characteristics.pdf
PDF 193 KB Posted
- Solicitation number
- 140G0123Q0275
About this file
This document outlines the salient characteristics for a Global Navigation Satellite System (GNSS) including a receiver, controller, software, accessories, and support plan. The GNSS receiver must be capable of simultaneously tracking GPS, GLONASS, Galileo, BEIDOU, and SBAS signals with 672 channels and a minimum precision of 8mm horizontally and 15mm vertically. The controller must include a 5-inch touchscreen, 2.2GHz processor, 4GB RAM and 64GB storage operating Android 11, and withstand a 4ft drop. The software must support measuring, stake-out, scanning and coordinate geometry workflows. Additional requirements include a pole mount bracket, clamp, base and rover configuration, dual battery charger, rechargeable batteries, bipod, rover rod, pole bag, and priority support plan. The related opportunity is a solicitation from the Department of the Interior for a Trimble GNSS system under number 140G0123Q0275.
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Other files
| File | Type | Posted |
|---|---|---|
| Sol_140G0123Q0275_Amd_0002.pdf | ||
| B09_Attachment_3_Questions_and_Answers_0001.docx | DOCX document | |
| Sol_140G0123Q0275_Amd_0001.pdf | ||
| B09_Attachment_4_Revised_Salient_Characteristics_0001.pdf | ||
| B08_Attachment_2_Fisma_Form.pdf | ||
| Sol_140G0123Q0275.pdf |
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GNSS RECEIVER
1 EA, GNSS Receiver:
1. Shall consist of an integrated GNSS (Global Navigation Satellite System) for land surveying and mapping applications.
2. Shall include an integrated GNSS antenna.
3. Shall include Inertial Measurement Unit (IMU) based tilt compensation for accurate stakeout and measuring points without having to precisely level the survey pole.
4. Shall have integrated Bluetooth capability with a fully sealed communications port.
5. Shall have at least 6 GB internal memory.
6. Shall be Wi-Fi capable with data encryption.
7. Shall be capable of surviving a drop onto a hard surface (such as concrete) from a height of at least 6 ft.
8. Shall have case that is rated IP-67 or better.
9. Shall include a 7-pin, lemo-type 3-wire serial connector.
10. Shall employ techniques/technology to provide continuous Real-time kinematic (RTK) coverage in the event of temporary radio or internet connection outages.
11. Shall employ flexible signal management techniques/technology to improve performance in degraded
GNSS conditions such as near tree canopy, tall buildings, or other objects.
12. Shall provide data correction services that provide horizontal accuracies of 2 cm or less.
13. Shall support operation with Android and iOS platforms.
14. Shall be capable of 360 GNSS tracking.
15. Shall be capable of simultaneously tracking the following satellite signals, including, but not limited to
GPS, GLONASS, Galileo, BEIDOU, and SBAS.
16. Shall have GNSS chips with minimum of 672 channels.
17. Shall have radio capable of frequency’s between 410-470 MHz
18. Shall have radio range of at least 3 km.
19. Shall use rechargeable, removable Lithium-ion smart battery with LED status indicators.
20. Shall be capable of operating from an external 12 VDC (nominal) power source.
21. Shall operate over a range of temperature from at least -40 to 65o C.
22. Shall have a maximum precision of at least 8 mm horizontal and 15 mm vertical.
23. Shall have a fully integrated sealed 450 MHz radio modem with frequency range of 403 to 473 MHz.
24. Shall have radio range of at least 3 km
1 EA, Controller for GNSS Receiver:
25. Shall be compatible with the Receiver described above.
26. Shall include a 5” color, multi-touch, touchscreen display. Display shall also be readable in sunlight and include anti-glare features.
27. Shall include computer processor operating at speeds up to 2.2 GHz or faster.
28. Shall operate on rechargeable Lithium-Ion type batteries.
29. Shall be capable of operating for at least 16 hrs. on a single charge.
30. Shall have a speaker and microphone.
31. Shall support WWAN Worldwide Network connectivity.
32. Shall have backlit alphanumeric keyboard with QWERTY type key arrangement.
33. Shall include a stylus.
34. Shall include USB ports for power charging and data transfer.
35. Shall have a rear facing camera capable of 13 MP resolution, or better.
36. Shall include an integrated accelerometer, compass, and gyro sensor.
37. Shall have case to hold receiver.
38. Shall have integrated GNSS with GPS, GLONASS, BeiDou, Galileo, and QZSS support.
39. Shall have at least 4 GB RAM memory and 64 GB Flash memory.
40. Shall be capable of operating Andriod 11 operating system.
41. Shall be capable of withstanding a drop from 4 ft. onto a hard surface such as concrete.
42. Shall be capable of operating over a range of temperatures from at least -30 to 60o C or better.
43. Shall have Wi-Fi at least (2.4 GHz) and Bluetooth communications.
44. Shall be AT&T and Verizon certified.
45. Shall allow for MicroSIM card expansion capability.
46. Shall include all applicable accessories including cables, (USB), hand strap, screwdriver, stylus tips, soft carry case, etc.
1 EA, Software:
47. Shall be compatible with the Controller described above.
48. Shall consist of field applications software to support workflows with the GNSS System described above.
49. Shall be optimized for measuring points, stake-out points, lines, arcs, alignments, and scanning.
50. Shall provide graphical routines for calculating points and features.
51. Shall be capable of providing a continuous display of maps or video and forms in a “side-by-side” manner.
52. Shall support coordinate geometry routines.
53. Shall allow user to collect, share, and deliver data and information in the field.
1 EA, Pole Mount Bracket:
54. Shall be used with the Controller described above.
55. Shall allow the Controller to snap/lock into place on the bracket.
56. Shall be provided with mounting screws.
57. Shall be made of corrosion resistant materials.
1 EA, Pole Mount Clamp:
58. Shall be compatible with the Pole Mount Bracket described below.
59. Shall be a “quick-release” type and include an adjustable arm.
60. Shall be provided with mounting screws.
61. Shall be made of corrosion resistant materials.
1 EA, Base and Rover Mode Configuration:
62. Shall be compatible with Receiver described above.
63. Shall include the configuration necessary to activate the Receiver to be usable in a Base and Rover mode
1 EA, Dual Battery Charger w/Power Supply Cord:
64. Shall be compatible with the Receiver described above.
65. Shall consist of a dual-slot battery charging cradle.
66. Shall include power supply and power cord.
67. Shall include North American plugs.
1 EA, Rechargeable Battery:
68. Shall be compatible with Receiver described above.
69. Shall consist of a lithium-ion type rechargeable battery.
1 EA, Bipod:
70. Shall consist of a prism pole, or GPS antenna, bipod.
71. Shall include a thumb release clamp locking mechanism for quick positioning of a pole.
72. Shall have independent telescoping legs capable of extending up to at least 6 ft.
73. Shall be constructed of aluminum with yellow-colored legs.
1 EA, Rover Rod:
74. Shall consist of a two-piece rover rod made of carbon fiber.
75. Shall include a 5/8 x 11 male tip and 40-minute vial.
76. Shall have a fixed height of 6.5 ft.
1 EA, Pole Bag:
77. Shall consist of a cylindrical style pole bag with zipper.
78. Shall be capable of fitting a 6.5 ft rod.
79. Shall be yellow in color.
1 EA, Support Plan:
80. Shall include priority telephone and email technical support for software and hardware questions and issues.
File details come from the government source that posted it. Updated .