Prism-WiFi Transceivers

Frequency Shifted Industrial Wi-Fi MIMO transceivers (Prism-WiFi)

With Doodle Labs’ innovative Prism™ architecture we are able to offer a family of form factor compatible frequency shifted Wi-Fi™ (IEEE 802.11n) transceivers with the best-in-class radio performance for a vast variety of projects.  Our transceivers have very low Out of Band Emissions (OOBE) to meet the strict regulatory requirements of licensed band operation. Our advanced designs ensure that you get the same state-of-the-art Wi-Fi performance but simply in the proprietary frequency bands without the interference issues. The standard open source software OpenWRT/ath9k continue to work without requiring any changes. This ensures that your software investments are protected. Below is a table list of frequency bands to illustrate the configuration capabilities.

We can configure the operating frequency anywhere from 200 MHz to 6 GHz for 1 or 2 stream MIMO. We are able to adjust the channel width and meet wide variety of band/channel plans. Please contact us with your requirements and we will be happy to work with you. 

Sub-GHz Frequency Range
Frequency Range (MHz) Description Availability/ Model No.
225-235 1 or 2 MIMO streams, 2.5/4/5 MHz channel BW, frequency shifted 802.11, ath9k driver, up to 30 dBm RF power, Rugged, -40 to +85C On Request
335-365 1 or 2 MIMO streams, 3/4/5 MHz channel BW, frequency shifted 802.11, ath9k driver, up to 30 dBm RF power, Rugged, -40 to +85C On Request
470-784 TVBD Wireless Broadband Interface Cards. 1 or 2 MIMO streams, 6/7/8 MHz channel BW, frequency shifted 802.11, ath9k driver, up to 33 dBm RF power, configurations for global market (Coming Soon) Coming Soon
746~798 1 or 2 MIMO streams, 5/10/20 MHz channel BW, frequency shifted 802.11, ath9k driver, up to 30 dBm RF power, Rugged, -40 to +85C 700 MHz Public Safety Band Wireless Broadband Interface Cards
902-928 License Free ISM Band in most of the world

1 or 2 MIMO Streams, 5/10/20 MHz channel BW, frequency shifted 802.11n, ath9k driver, Up to 33 dBm RF power, FCC Part 15 compliant

900 MHz ISM band radio modules
1 – 2 GHz Frequency Range
Frequency Range (MHz) Description Availability/ Model No.
1350-1390

Military Band – Worldwide

1 or 2 MIMO Streams, 5/10/20 MHz channel BW, frequency shifted 802.11n, ath9k driver, up to 33 dBm RF power, Rugged, -40 to +85C, Compliant with DoD’s Spectrum Management requirements

1370 MHz Radio Modules
2 – 3 GHz Frequency Range
Frequency Range (MHz) Description Availability/ Model No.
2500-2690

BRS/EBS Communication Band, Broadband Wireless Access Band, USA, Europe

1 or 2 MIMO Streams, 5/10/20/40 MHz channel BW, frequency shifted 802.11n, ath9k driver, Up to 33 dBm RF power, FCC Part 27 compliant

On Request
3 – 4 GHz Frequency Range
Frequency Range (MHz) Description Availability/ Model No.
3400-3800

Broadband Wireless Access Band – Europe

1 or 2 MIMO Streams, 5/10/20 MHz channel BW, Up to 28 dBm RF power, frequency shifted 802.11n, ath9k driver

3.6 GHz Radio Modules
3550-3700 3.5 GHz Citizen’s Broadband Radio Service

1 or 2 MIMO Streams, 10 MHz channel BW, 23 dBm RF power, frequency shifted 802.11n, ath9k driver, FCC Part 96 compliant

CBRS Radio Modules
4 – 6 GHz Frequency Range
Frequency Range (MHz) Frequency Range Availability/ Model No.
4400-5000

Military Band – Worldwide, Broadband Disaster Recovery (BBDR) Band – Europe

1 or 2 MIMO Streams, 5/10/20 MHz channel BW, Up to 32 dBm RF power, frequency shifted 802.11n, ath9k driver. Compliant to NTIA channel plan

4 GHz NATO/Military Band Radio Modules
4940-4990

Public Safety Band, 802.11n/y, Compliant with FCC Docket #00-32 on 4.9 GHz ruling

1 or 2 MIMO Streams, 5/10/20 MHz channel BW, up to 32 dBm RF power

4.9 GHz Public Safety Modules
 

Summary

OEM manufacturers can rely on Doodle Labs for expertise in designing their embedded wireless systems. We’ll work with your development engineers to ensure rapid, seamless integration of our radio transceivers. It is our goal to have our customers go to market faster with better performing products at a lower overall cost.

Doodle Labs uses only the Tier-1 components and well established RF manufacturing processes to achieve the highest quality product. Each transceiver is individually tested and calibrated to ensure best performance and reliability. Doodle Labs’ transceivers have been field proven in numerous demanding industrial and military applications. These best-in-class MIMO transceivers enable OEMs to incorporate wireless capabilities with minimum integration efforts. By using Doodle Labs’ regulatory compliant and pre-certified radio transceivers, equipment manufacturers can cut significant time off of the design cycle. Please contact us with your project requirements and we will be happy to work with you.