-
Spectrum Analyzers
SA-MOD-1-9-B-2S
The SA-MOD-1-9-B is a spectrum analyzer designed on a completely new platform to meet today’s system challenges. This robust product features many capabilities to provide rugged and reliable operation in embedded applications.
Avcom’s newest analyzer technology provides excellent performance by employing high- performance DSP, and FPGAs. Integrators can now embed a compact full-function spectrum analyzer into systems operating in austere and rugged environments.
The spectrum analyzer can be connected via ethernet, or USB, and supports communication with a WEB-GUI, POSIX-C API, and Avcom’ s EVO GUI. This wide range of options makes the unit ideal for integrating with custom MCC systems or easy setups using existing Avcom applications.
For more information and support, please contact salesrfq@avcomofva.com.
SKU: SA-MOD-1-9-B-2S -
Spectrum Analyzers
SA-MOD-1-9-B-1S
The SA-MOD-1-9-B is a spectrum analyzer designed on a completely new platform to meet today’s system challenges. This robust product features many capabilities to provide rugged and reliable operation in embedded applications.
Avcom’s newest analyzer technology provides excellent performance by employing high- performance DSP, and FPGAs. Integrators can now embed a compact full-function spectrum analyzer into systems operating in austere and rugged environments.
The spectrum analyzer can be connected via ethernet, or USB, and supports communication with a WEB-GUI, POSIX-C API, and Avcom’ s EVO GUI. This wide range of options makes the unit ideal for integrating with custom MCC systems or easy setups using existing Avcom applications.
For more information and support, please contact salesrfq@avcomofva.com.
SKU: SA-MOD-1-9-B-1S -
Spectrum Analyzers
SA-MOD-1-9-B-1S-3040
The SA-MOD-1-9-B is a spectrum analyzer designed on a completely new platform to meet today’s system challenges. This robust product features many capabilities to provide rugged and reliable operation in embedded applications.
Avcom’s newest analyzer technology provides excellent performance by employing high- performance DSP, and FPGAs. Integrators can now embed a compact full-function spectrum analyzer into systems operating in austere and rugged environments.
The spectrum analyzer can be connected via ethernet, or USB, and supports communication with a WEB-GUI, POSIX-C API, and Avcom’ s EVO GUI. This wide range of options makes the unit ideal for integrating with custom MCC systems or easy setups using existing Avcom applications.
For more information and support, please contact salesrfq@avcomofva.com.
SKU: SA-MOD-1-9-B-1S-3040
SA-MOD-1-9-B-2S
The SA-MOD-1-9-B is a spectrum analyzer designed on a completely new platform to meet today’s system challenges. This robust product features many capabilities to provide rugged and reliable operation in embedded applications.
Avcom’s newest analyzer technology provides excellent performance by employing high- performance DSP, and FPGAs. Integrators can now embed a compact full-function spectrum analyzer into systems operating in austere and rugged environments.
The spectrum analyzer can be connected via ethernet, or USB, and supports communication with a WEB-GUI, POSIX-C API, and Avcom’ s EVO GUI. This wide range of options makes the unit ideal for integrating with custom MCC systems or easy setups using existing Avcom applications.
For more information and support, please contact salesrfq@avcomofva.com.
Embedded Spectrum Analyzer Module
-
- Compact, Rugged Design
- Monitoring C Control (MCC) via Multiple Interfaces
- Extended Temperature Range
- Low SWaP (Size, Weight, and Power)
- Multiple Inputs Available
- L-Band and Extended Frequency Band Options
|
RF SPECIFICATIONS |
||||
| INPUT CONNECTORS: | SMA | |||
| NOMINAL INPUT IMPEDANCE: | 50 Ω (SMA) | |||
| MAX DC INPUT VOLTAGE: | 25 V | |||
| Â
INPUT FREǪUENCY RANGE: |
MODEL | MIN (MHz) | MAX (MHz) | |
| 2290 (Default) | 900 | 2200 | ||
| 3040 | 400 | 3000 | ||
| 6070 | 70 | 6000 | ||
| MAX SPAN WIDTH: | 1300 MHz | |||
| MIN TUNING STEP SIZE: | 1 kHz | |||
| RESOLUTION BANDWIDTH: | 1 kHz, 3 kHz, 10 kHz, 30 kHz, 100 kHz, 300 kHz, 1 MHz | |||
| REFERENCE LEVELS: | -40 dBm, -30 dBm, -20 dBm, -10 dBm | |||
| MAXIMUM INPUT POWER LEVEL: | -10 dBm | |||
| RF SENSITIVITY (-40 REF LVL): | -100 dBm | |||
| SPUR FREE DYNAMIC RANGE (3kHz RBW): | 60 dB | |||
| NOISE FLOOR (-40 REF LVL, 3kHz RBW): | -100 dBm, -134 dB/Hz | |||
| NOISE FLOOR (-10 REF LVL, 3kHz RBW): | -70 dBm, -104 dB/Hz | |||
| ISOLATION BETWEEN INPUTS: | >40 dB typical | |||
| AMPLITUDE ACCURACY: | +/- 1 dB typical | |||
| FREǪUENCY ACCURACY: | +/- 1 kHz typical | |||
| Â
PHASE NOISE (2 GHz): |
OFFSET FREǪUENCY | PHASE NOISE (dBc/Hz) | ||
| 10 kHz | -100 | |||
| 100 kHz | -100 | |||
| 1 MHz | -109 | |||
|
COMMUNICATION INTERFACE |
|
| ETHERNET: | 10/100, Magnetics on-board, DHCP or Static, 4-pin Molex |
| USB: | 115200 8n1, 3-pin Molex |
|
M & C |
|||
| EVO GUI | POSIX-C API SBS2API | WEB-GUI | |
| ETHERNET: | Yes | Yes | Yes |
| USB: | Yes | Yes | N/A |
|
POWER |
|
| CONNECTOR: | 2-pin Molex |
| POWER SUPPLY: | 8 – 33 VDC, < 3W with reverse polarity,
surge, and spike protection |
|
PHYSICAL |
|
| DIMENSIONS: | 3 in. x 3.5 in. x 1.062 in. |
| WEIGHT: | 7.1 oz; 200g |
|
ENVIRONMENTAL |
|
| OPERATING TEMPERATURE: | -40°C to 70°C |
| STORAGE TEMPERATURE: | -40°C to 85°C |
| HUMIDITY: | 0 to 95%, non-condensing |
| MAX OPERATING ALTITUDE: | 40,000 ft; 12,000 m |
EVO-GUI Software
- EVO – GUI Software
- EVO – GUI User Manual
Release Notes
-
v1.5.2.0 (released 6/10/2025)
- Includes all fixes from v1.4.2.0
- Fix possible mismatched SA handles by making initialization thread-safe
- Add recovery for old EVO-RSA-6070A units causing crashing
- Fix bug on shape alarms not always loading correctly
- Update how presets are handled internally
- Fix bug with inverted LO offset in presets
- Fix bug with invalid SA options on change of connection
- Update sbs2api to v2.19.3.0
- Update Qt to v5.15.2
-
v1.4.2.0
- Includes all fixes from v1.2.4.0
- Add 100Hz BR update rate
- Add external inverted downconverter support
- Add inverted C-Band downconverter to default LO offset list
- Add slot 31 to default SA list
- Fix LO offset not loading correctly bug for BR config frequency
-
v1.2.4.0
- Includes all fixes from v1.2.3.0
- Update sbs2api to v2.13.3.0 (add BR-MOD-1-9-B USB support)
-
v1.2.3.0
- Includes all fixes from v1.1.6.0
- Fix spectrum mode support on old SBS2 units that did not properly support AVCOM_SBS_QueryFeature
- Fix RBW selection in BR preview mode to make sure RBW is valid
- Update measured frequency to fix corrected sbs2api unit error
- Improve graph utilization by getting unit-specified dynamic range using AVCOM_SA_GetDynamicRange
- Fix reconnect bug when using quick connect
- Fix bug when input was unable to be set
- Fix bug on set input for SBS1 products with different reflvls
- Update sbs1api to v1.8.3.0
- Update sbs2api to v2.10.3.0
- Update aovhpbasic to v1.3.3.0
-
v1.1.6.0
- Includes all fixes from v1.0.3.0
- Add HW and BOM version to analyzer info screen
- Add Linux build options
- Update default demo slot names
- Change default trace color to yellow
- Remove unused help buttons
- Fix dB and dBm typos
- Increase max graph range to 30dBm
- Add an optional advanced feature menu and full support for sweep optimization within the new menu
- Update sbs2api to v2.8.4
- Use AVCOM_BR_GetLatestData over AVCOM_BR_GetLastSweep if BR supports it
- Add support for changing network settings over USB
- Add search on all network adapters options to fix most common network search problems
-
v1.0.3.0
- Initial v1.0 Release
EVO-GUI (Graphical User Interface)
After installing and running the GUI software, click on the
Related products
-
Spectrum Analyzers
RSA-2500B
Mount Design for Remote Monitoring and Control
The RSA offers the integrator total flexibility in a 1RU chassis. Configuration option makes the RSA the spectrum analyzer of choice with many SATCOM facilities. The RSA can support up to 6 inputs. Up to 16 different RSA’s can be monitored simultaneously from three locations via IP using the AVCOM EVO GUI software. Other options include choice of input
connectors, LNB power, preamps if trying to view very low-level signals, attenuators if viewing higher level signals, and down converters for viewing higher input frequencies. Whether you need a custom design or a simple design for your SATCOM needs, the RSA offers versatility at its best.Performance & Specifications
The RSA is designed for the measurement and analysis of communications and broadcast carriers, making link, L-Band carriers, IF, and 10MHz reference signals easy to measure, monitor, and store. The RSA provides excellent uplink, downlink frequency and amplitude accuracy along with resolution bandwidth (RBW) selection from 10kHz to 1Mhz. This is required to allow viewing and monitoring of Telemetry, Tracking, Command Systems (TT&C), data carriers found in many satellite systems, spread spectrum, and Wi-Fi as well. Variable reference levels (RL) from -10dB to -50dB make viewing of smaller to larger signals possible.SKU: n/a -
Spectrum Analyzers
PSA-2500C
Compact Design-Improved Performance and Specifications
Whether you are doing a satellite installation, troubleshooting a CATV or broadcast system, setting up a remote telemetry system, trying to locate a threatening jamming device, or locating eavesdropping devices, the AVCOM PSA has something to offer. Designed for the teleport, oil and gas, maritime, broadcast, military, TCSM, and wireless community, the PSA is compact, portable, lightweight, and budget friendly for quick and precise signal investigations. Being intuitive and easy to operate and providing many functions to facilitate quick and easy measurements, the PSA is an indispensable tool for engineers and technicians who conduct field measurements anywhere in the 5–2300 MHz range.The color LCD display provides the user with an accurate and detailed picture of the spectrum being investigated, even when operating under challenging bright sunlight or other difficult lighting conditions. The field replaceable Li-Ion battery uses an internal charger and a multi segment battery status indicator is provided. The PSA comes equipped with 13V/18V/22kHz LNB power to directly power the satellite LNB, and programmable LO Offset selection provides no-math direct frequency readouts of low side or high side LNB’s. Up to ten user-defined presets allow for executing quick repetitive testing parameters. Screenshots may be saved.
SKU: PSA-2500C -
Spectrum Analyzers
SNG-2500C
Direct Replacement for TEK 1705A: Designed for satellite news gathering, the SNG is an excellent, cost effective upgrade to the discontinued Tektronix 1705A with a feature set that is second to none, giving the Satellite Technician a very useful tool for finding and peaking on satel- lites. The SNG is not only a spectrum analyzer but also a carrier monitor. The SNG also offers L.O. Frequency Offsets which al- lows the operator to display the frequency in L-Band, C-Band, Ku-Band, or any custom band needed.
SKU: SNG-2500C -
Spectrum Analyzers
MSNG-2500C
Mini SNG
The trends in electronic news gathering are constantly changing. The trucks used in this industry are changing as well. Today’s SNG/ENG environment calls for faster, lighter, and less expensive vehicles to perform satellite operations. Traditional full-size vans, Sprinters, and other large trucks are now being replaced with SUVs, minivans, and even small hybrid station wagons! This puts additional pressure on the engineer to be able to utilize all the gear needed to effectively do the job. This means the equipment must be updated and modified as well to meet the demands of today’s field engineers. AVCOM’s MSNG Series does just that. The MSNG performs all the same tasks as its predecessor, the industry standard SNG, but at a size that’s over 60% shorter! The MSNG can be ordered with one or two inputs and LNB power as an option if needed.SKU: MSNG-2500C
