Ultra-Portable RF Signal Recorders
Wideband RF Signal Recording and Spectrum Analysis with Real-Time Capabilities – Up to 27 GHz!
Our ultra-portable RF signal recorders are meticulously designed to provide high-performance wideband signal and data recording, enabling precise spectrum analysis across a broad range of frequencies up to 27 GHz. Featuring real-time signal recording capabilities, these portable wideband recorders capture transient and intermittent signals for detailed RF signal analysis. Whether you need to monitor and analyze signals in the field or in a lab environment, our RF spectrum recorders ensure no detail is overlooked. Engineered with mobility in mind, these systems deliver top-tier performance without compromising ease of use.
Contact GaGe today to learn how our RF signal recorder and playback solutions can elevate your radio frequency recorder needs.
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A Closer Look at Ultra-Portable RF Signal Recorders
Our high-frequency recorders offer unmatched real-time spectrum analyzer capabilities, perfect for wideband RF signal analysis. These systems are crafted to meet the stringent requirements of modern RF applications, including 5G wireless services, satellite communications, and electronic warfare. With frequency coverage extending to 27 GHz and bandwidth capture of up to 160 MHz, these devices provide the precision and performance needed for real-time RF signal recording and spectrum analysis. The system integrates a powerful 16-bit digitizer connected via Thunderbolt 3, ensuring reliable signal integrity for accurate RF frequency measurement and wideband signal recording.
With a range of analysis displays, including IQ Power Spectrum, Spectrogram, and Persistence, users can gain in-depth insight into signal behavior and characteristics, crucial for RF signal analysis in dynamic environments. The system also supports signal recording and playback, offering flexibility for both real-time analysis and post-recording assessments.
Real-Time Streaming and Playback Flexibility
The system excels in real-time streaming and monitoring, ensuring that signal recordings maintain their integrity throughout the capture process. Whether in the field or the lab, this real-time functionality allows for immediate analysis of incoming signals. Additionally, the signal playback feature offers complete flexibility—enabling users to review recorded data, making it ideal for post-recording assessments and RF signal analysis of past events.
Seamless Integration with Third-Party Software
For enhanced versatility, the resulting recorded data can be easily exported into third-party applications, providing further analytical depth. The system is fully compatible with various external tools, ensuring that you can leverage existing software infrastructure for comprehensive analysis.
Portability Meets Performance
Weighing approximately 24 lb, these ultra-portable RF signal recorders offer an impressive combination of portability and performance. Despite their compact size, these systems maintain the high standards required for rigorous RF signal recording and wideband signal analysis. The system’s robust design ensures that it can withstand the demands of fieldwork without sacrificing functionality or user experience.
The included SpectraScopeRT software enhances the user experience, providing an intuitive interface that simplifies control and analysis. With this software, users can easily navigate through the array of analysis options, reducing setup time and increasing efficiency in dynamic environments.
Why Choose Ultra-Portable RF Signal Recorders?
These portable wideband recorders are engineered to deliver high-frequency recording in a compact, easy-to-carry form factor. Unlike traditional, bulky systems, these recorders excel in portability without sacrificing performance. Key benefits include:
- Rapid Deployment: Initiate wideband signal recording with minimal setup time, ideal for both fixed and mobile applications.
- Field-Ready Design: The ultra-portable size allows for RF spectrum recording in environments where larger systems cannot be used, making them indispensable in military, aerospace, telecommunications, and research applications.
- Real-Time Monitoring: Real-time signal recording and spectrum analysis in the field enable proactive response to dynamic RF conditions, essential for mission-critical tasks such as electronic warfare, satellite communications, and wireless services.
Top Applications for Ultra-Portable RF Signal Recorders
Our RF spectrum recorders are essential for professionals in various sectors who require flexible, reliable, and high-performance signal recording solutions:
- Military and Defense Operations: For monitoring RF signals in dynamic, remote environments.
- Aerospace and Avionics: Ensuring precise RF signal analysis in high-frequency applications.
- Telecommunications: Supporting wideband RF signal recording for network performance monitoring and optimization.
- Scientific Research: Facilitating accurate spectrum analysis in lab and field research settings.
- Field Diagnostics and Spectrum Monitoring: The compact design allows for deployment in a variety of remote and mobile contexts.
Experience Unmatched RF Signal Recording with GaGe
GaGe offers the best portable RF signal recorders for real-time spectrum analysis, RF signal analysis, and wideband signal recording. Our instruments are engineered for professionals who demand reliability, mobility, and high precision in their RF spectrum recording needs. Whether you’re involved in satellite communication, electronic warfare, or scientific research, GaGe provides the tools necessary for advanced wideband RF signal analysis and radio frequency signal recording.
Contact GaGe Today to discover how our RF recorder solutions can help streamline your workflow and improve your signal analysis operations.
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Controller + Downconverter + TB3 Digitizer |
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Today’s high-band signal standards are using higher frequencies and wider bandwidths than ever before for applications such as next generation 5G wireless services, satellite communications, electronic warfare, and more.
These real-time spectrum analyzer solutions feature ultraportable configurations for real-time, long-term recording of RF signals. Wideband signals up to 27 GHz with up to 160 MHz bandwidth cover a wide range of radio spectrum bands for a variety of applications that can be captured for real-time analysis or signal recordings.
The system-based package configuration employs an ultraportable measurement controller, an Ethernet connected RF downconverter, and an external Thunderbolt hosted 16-bit digitizer that together weigh approximately 10.8 kg / 24 lb.
Windows based spectrum analyzer application allows for integrated operational control of both the downconverter receiver and the digitizer for signal capture, analysis, recordings with no programming required.
| Radio Band Designation Standards & RF Downconverter Coverage | |||
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| Downconverter Radio Band Standards Coverage |  DCA08G 9 kHz to 8 GHz | DCA27G 9 kHz to 27 GHz | |
| EU, NATO, US ECM: | A (from 9 kHz), B, C, D, E, F, G, H | A (from 9 kHz), B, C, D, E, F, G, H, I, J, K (up to 27 GHz) | |
| IEEE: | HF, VHF, UHF, L, S, C | HF, VHF, UHF, L, S, C, X, Ku, K | |
| ITU: | ELF (from 9 kHz), SLF, ULF, VLF, LF, MF, HF, VHF, UHF, SHF (up to 8 GHz) | ELF (from 9 kHz), SLF, ULF, VLF, LF, MF, HF, VHF, UHF, SHF (up to 27 GHz) | |
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| SpectraScopeRT is a Windows based spectrum analyzer application that requires no programming and allows for integrated operational control of both the downconverter receiver and the digitizer for signal capture, analysis, recordings. Any tuner, downconverter, or receiver with an IF output or a virtual receiver is supported. SpectraScopeRT provides the ability to save established settings to a configuration file that can be opened and applied, thus saving time from manually re-applying settings for repetitive configurations. Analysis displays include Time Domain, Frequency Spectrum, Power Spectrum, Constellation, Spectrogram, Persistence, and Histogram. Multiple display type windows can be opened and shown simultaneously with auto tile and cascade options or manually sized and placed as desired. Display windows include support for scope cursors to navigate through the display and obtain measurements. Cursor Track Mode can be enabled to lock the position of the two placed cursors. When locked, the spacing between cursors remains constant as they are moved through the display of data. The primary advantage of SpectraScopeRT is the ability to conduct real-time streaming signal recordings to drive storage with provided monitoring capability to ensure the recording process is operating with expected signal data and without errors. The non-proprietary file format of the raw binary data file allows for other 3rd party software applications to import and utilize the data easily, with associated separate XML-based header files that contain the context information on the data file. Multiple systems running the SpectraScopeRT Server option can be accessed and operated as remote nodes with a single user interface over an Ethernet network with the Remote Client option. This is beneficial in cases where multiple systems, that may be dispersed in different locations, need to have acquisition and/or recording operations controlled without physical attendance at each system. A script editor can also be used in conjunction with script execute actions to design an automation sequence for targeted operations. | SpectraViewRT is a Windows based application that allows an operator to open/view and conduct playback of previous signal recordings to the display monitor for analysis. Viewing file details will display the details of the opened signal recording present in the header file associated with the recording data file for review. It includes basic information about the recording, applied digitizer model information, applied receiver model information, and settings utilized for the recording with total elapsed time duration of the recording file. The various display types for Time Domain, Frequency Domain, Spectrogram, Persistence, and Histogram can all be effectively utilized for playback operations. Playback operations utilize familiar navigation toolbar buttons for starting playback, stopping playback, stepping backwards and forwards, and moving back to start, and for playback looping when the time domain data will loop from the end of the file back to the beginning when the end of file is reached. SpectraViewRT provides an Export Split File feature to facilitate taking a large signal recording file and splitting it into smaller sized files for ease of manipulation and management. This feature is especially useful for transferring smaller data file sizes that contain only the data of particular interest for review, rather than the entire original large signal recording file size. The main recording file can be split into smaller files based on file size, recording duration, samples, or number of split files. Each segmented/split file contains a binary recording file as well as a corresponding header file that defines the content of the split file. |
For more information SpectraScopeRT & SpectraViewRT
RF Downconverter: A-27-Series DCA08G / DCA27G
These RF Downconverter models feature breakthrough input frequency and bandwidth coverage for their size. Its width and length are less than a sheet of paper, weighing only 2.7 kg / 6 lbs. and consuming only 19 to 25 W of power.
Two RF frequency ranges from 9 kHz to 8 GHz or 27 GHz are available with two optional bandwidth configurations that each supply three software selectable bandwidth modes: Zero IF (ZIF), Super-Heterodyne (SH), or Super-Heterodyne Narrow (SHN) :
| Bandwidth Mode | Option 1 Bandwidth | Option 2 Bandwidth |
| ZIF (Zero IF) | 100 MHz @ 0 Hz IF | 160 MHz @ 0 Hz IF |
| SH (Super-Heterodyne) | 40 MHz @ 35 MHz IF | 80 MHz @ 55 MHz IF |
| SHN (Super-Heterodyne Narrow) | 10 MHz @ 35 MHz IF | 10 MHz @ 35 MHz IF |
The ZIF, SH and SHN modes support a tuning resolution of 10 Hz. Digital frequency shifting is then used to enhance the tuning resolution to the nearest 1 Hz (±0.23 Hz) with an embedded Numerically Controlled Oscillator (NCO).
The Downconverter’s front-end processing blocks utilize up to 21 pre-select filters to mitigate input-related spurs and image responses and a pre-amplifier feature for the higher 27 GHz model:
| Downconverter Model | Pre-Select Filter Bank | Pre-Amplifier Feature |
| DCA08G (9 kHz to 8 GHz RF Input) | 9-Channel Switchable | No |
| DCA27G (9 kHz to 27 GHz RF Input) | 21-Channel Switchable | Yes |
User configurable sophisticated capture control combined with fast deep caching enables fast signal searches, sweeps, triggering and captures of only the signals of interest.
For wide bandwidth applications, the IF analog outputs can be externally digitized utilizing the Downconverter’s I and Q outputs.
Block Diagram and Bandwidth Mode Figures for A-27-Series: DCA08G / DCA27G
| Downconverter Bandwidth Modes | |||
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| Bandwidth Mode | Bandwidth Mode Description | Model Option Bandwidth | Bandwidth Figure |
| ZIF (Zero IF) | In the widest bandwidth mode of operation, the downconverter is configured as a direct conversion receiver. In this mode the analog signal is present on both the I and Q outputs and each output is band-limited to 80 MHz. The final IF signal is centered at DC (0 Hz) and available on both the I and Q outputs. To process this signal, a dual-channel digitizer with a sampling rate of at least 200 MS/s to capture 100 MHz bandwidth or 250 MS/s to capture 160 MHz bandwidth is required. Direct conversion receivers typically have artifacts such as DC and IQ offsets. While DC offset correction is to a large extent managed within the hardware, IQ offsets must be corrected in software. API sample code is provided to accomplish this for custom developed software. SpectraScopeRT includes these software corrections without any required programming. | Option 1: 100 MHz @ 0 Hz IF |  |
| Option 2: 160 MHz @ 0 Hz IF |  | ||
| SH (Super-Heterodyne) | When the receiver is in super-heterodyne mode, the analog output is present on the I output only and the final IF signal is centered at either 35 MHz or 55 MHz. To process this signal, a single-channel digitizer with a sampling rate of at least 200 MS/s to capture 40 MHz bandwidth or 250 MS/s to capture 80 MHz bandwidth is required. | Option 1: 40 MHz @ 35 Hz IF |  |
| Option 1: 80 MHz @ 55 Hz IF |  | ||
| SHN (Super-Heterodyne Narrow) | When the receiver is in the narrower super-heterodyne mode, the analog output is present on the I output only and the final IF signal is centered at 35 MHz. The narrower bandwidth filter offers better rejection of adjacent signals and provides the best spurious performance of all available modes. To process this signal, a single-channel digitizer with a sampling rate of at least 100 MS/s to capture 10 MHz bandwidth is required. | Option 1 & 2: 10 MHz @ 35 MHz IF |  |
Overview for Wide Bandwidth Applications with DCA08G / DCA27G
| Downconverter with External Digitizer ADC Operational Rates and Modes | |||||||||
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| Operating Receiver Bandwidth Mode | Operating Receiver Bandwidth (MHz) | Operating Receiver Center IF (MHz) | Operating Receiver IF Analog Outputs | Operating Digitizer Analog Inputs | Operating Digitizer Sample Resolution | Operating Digitizer ADC Rate (MS/s) | Operating Transfer Modes Supported | Operating Transfer Data Rate (MB/s) | Streaming Mode Continuous Samples Recording Maximum Duration Time* |
| SHN: Option 1 & Option 2 | 10 | 35 | I Only | CH-1 | 16-Bit | 100 | Memory or Streaming | 200 | 46 TB: 64 h, 0 m, 0 s 92 TB: 128 h, 0 m, 0 s 184 TB: 256 h, 0 m, 0 s 368 TB: 512 h, 0 m, 0 s |
| SH: Option 1 | 40 | 35 | I Only | CH-1 | 16-Bit | 200 | Memory or Streaming | 400 | 46 TB: 32 h, 0 m, 0 s 92 TB: 64 h, 0 m, 0 s 184 TB: 128 h, 0 m, 0 s 368 TB: 256 h, 0 m, 0 s |
| SH: Option 1 | 80 | 55 | I Only | CH-1 | 16-Bit | 250 | Memory or Streaming | 500 | 46 TB: 25 h, 36 m, 0 s 92 TB: 51 h, 12 m, 0 s 184 TB: 102 h, 24 m, 0 s 368 TB: 204 h, 48 m, 0 s |
| ZIF: Option 1 | 100 | 0 | I & Q | CH-1 & CH-2 | 16-Bit | 200 | Memory or Streaming | 800 | 46 TB: 16 h, 0 m, 0 s 92 TB: 32 h, 0 m, 0 s 184 TB: 64 h, 0 m, 0 s 368 TB: 128 h, 0 m, 0 s |
| ZIF Option 2 | 160 | 0 | I & Q | CH-1 & CH-2 | 16-Bit | 250 | Memory or Streaming | 1,000 | 46 TB: 12 h, 48 m, 0 s 92 TB: 25 h, 36 m, 0 s 184 TB: 51 h, 12 m, 0 s 368 TB: 102 h, 24 m, 0 s |
*System storage capacity options vary by system form factor. Storage capacities shown in table are based on 2U options.
External Thunderbolt 3 Digitizers
For such wideband use cases, an external high-speed Digitizer is supplied within a Thunderbolt 3 PCIe expansion box that is connected to the controller host Thunderbolt port supporting the PCIe interface.
External multi-channel Digitizers with 16-bit A/D sampling rates up to 500 MS/s are available for use with the DCA08G or DCA27G Downconverter models. The large onboard FIFO memory of the external Digitizers allows for real-time streaming of I and Q baseband signals via PCI Express (PCIe) over the Thunderbolt 3 interface to the controller’s memory for post processing, display, and storage.
The 4-channel RazorMax Express models can support two downconverter receivers in baseband Zero IF mode (using both I & Q outputs) or four downconverter receivers in SuperHeterodyne or Super-Heterodyne Narrow mode (using I output only). 10 MHz reference inputs and outputs on both the digitizers and downconverter receivers provide a single frequency reference for synchronized system performance.
The spectrum analyzer software, SpectraScopeRT, requires no programming and allows for integrated operational control of both the downconverter receiver and the digitizer for signal capture, analysis, recordings.
DCA08G / DCA27G Downconverter Specifications
Tuning and Bandwidth
| Input Frequency Range | Model DCA08G: 9 kHz to 8 GHz Model DCA27G: 9 kHz to 27 GHz |
| Tuning Resolution with Analog IF Outputs | 10 Hz |
| Option 1 Instantaneous Bandwidth Modes (Software selectable) | ZIF: 100 MHz @ 0 Hz IF SH: 40 MHz @ 35 MHz IF SHN: 10 MHz @ 35 MHz IF |
| Option 2 Instantaneous Bandwidth Modes (Software selectable) | ZIF: 160 MHz @ 0 Hz IF SH: 80 MHz @ 55 MHz IF SHN: 10 MHz @ 35 MHz IF |
Spurious Free Dynamic Range (SFDR)
| @ 160 / 100 MHz Bandwidth | 60 dBc (typical) |
| @ 80 / 40 / 10 MHz Bandwidth | 70 dBc (typical) |
Frequency Reference
| Internal/External | 10 MHz |
| Internal 10 MHz Oscillator Stability | ±1 ppm |
Amplitude
| Accuracy from 50 MHz to 27 GHz, at 25 °C ± 5 °C | ±2.00 dB (typical) |
| Measurement Range | DANL to max. safe input level |
| Attenuator Range | 0 to 30 dB in 10 dB steps (at input) 0 to 30 dB in 10 dB steps (IF attenuation) |
| Max. Safe RF Input Level | +10 dBm, Max DC: 10 V |
Third Order Intercept (TOI) at Max Gain
| At 1 GHz | +12 dBm (typical) |
Pre-Selection Filter Bank
| 8 GHz Model – DCA08G | 9-Channel Switched |
| 27 GHz Model – DCA27G | 21-Channel Switched |
Panel Connectors
| RF Input | SMA Female, 50 Ω |
| 10 MHz Reference In & Out | SMA Female, 50 Ω |
| Analog I and Q Out | SMA Female, 50 Ω |
| HIF Out | SMA Female, 50 Ω |
| 10/100/1000 Ethernet | RJ-45 |
| USB 2.0 Console | Type B Mini |
| GPIO | 25-pin Male D-Subminiature |
| Coaxial Power | Type A: 5.5 mm OD, 2.5 mm ID |
RF PLL Phase Noise at 1 GHz (using internal 10 MHz reference)
| Frequency Offset | 1 kHz | 10 kHz | 100 kHz | 1 MHz |
| RF PLL Phase Noise Typical | -93 dBc/Hz | -98 dBc/Hz | -106 dBc/Hz | -120 dBc/Hz |
Displayed Average Noise Level (DANL) at 25 °C ± 5 °C
| Frequency | 8 GHz (typical) | 27 GHZ (typical) |
| 100 MHz | -157 dBm/Hz | -160 dBm/Hz |
| 500 MHz | -155 dBm/Hz | -159 dBm/Hz |
| 1 GHz | -156 dBm/Hz | -159 dBm/Hz |
| 2 GHz | -154 dBm/Hz | -153 dBm/Hz |
| 3 GHz | -152 dBm/Hz | -157 dBm/Hz |
| 4 GHz | -151 dBm/Hz | -162 dBm/Hz |
| 5 GHz | -150 dBm/Hz | -158 dBm/Hz |
| 6 GHz | -149 dBm/Hz | -157 dBm/Hz |
| 7 GHz | -150 dBm/Hz | -158 dBm/Hz |
| 8 GHz | -144 dBm/Hz | -161 dBm/Hz |
| 9 GHz | N/A | -161 dBm/Hz |
| 10 GHz | N/A | -161 dBm/Hz |
| 11 GHz | N/A | -160 dBm/Hz |
| 12 GHz | N/A | -157 dBm/Hz |
| 13 GHz | N/A | -157 dBm/Hz |
| 14 GHz | N/A | -154 dBm/Hz |
| 15 GHz | N/A | -157 dBm/Hz |
| 16 GHz | N/A | -157 dBm/Hz |
| 17 GHz | N/A | -156 dBm/Hz |
| 18 GHz | N/A | -156 dBm/Hz |
| 19 GHz | N/A | -149 dBm/Hz |
| 20 GHz | N/A | -154 dBm/Hz |
| 21 GHz | N/A | -153 dBm/Hz |
| 22 GHz | N/A | -152 dBm/Hz |
| 23 GHz | N/A | -153 dBm/Hz |
| 24 GHz | N/A | -155 dBm/Hz |
| 25 GHz | N/A | -153 dBm/Hz |
| 26 GHz | N/A | -150 dBm/Hz |
| 27 GHz | N/A | -148 dBm/Hz |
Physical
| Power Supply | Input AC 120V-240V / Output +12V |
| Power Consumption | 19 W (8 GHz) / 25 W (27 GHz) |
| Operating Temperature Range | 0°C to +50°C / 32° to 122° F |
| Storage Temperature Range | -40°C to +85°C / -40° to 185° F |
| Enclosure Dimensions | 257.3 (L) x 193.7 (W) x 60 (H) mm 10.13 (L) x 7.63 (W) x 2.36 (H) inches |
| Weight | Model DCA08G: 2.54 kg / 5.6 lb. Model DCA27G: 2.72 kg / 6 lb. |
Measurement Controller Base Specifications
| Processor | Intel 12th Gen (Alder Lake) Core i7-12800HX Total 16-Cores/24-Threads, 25 MB L3 Cache, Performance: 8-Cores/16-Threads @ 2.0 GHz to 4.8 GHz Efficiency: 8-Cores/8-Threads @ 1.5 GHz to 3.4 GHz |
| Memory | Default: 16 GB Total: 2 x 8 GB DDR5 4800 MHz Option: 32 GB Total: 2 x 16 GB DDR5 4800 MHz Option: 64 GB Total: 2 x 32 GB DDR5 4800 MHz Option: 128 GB Total: 4 x 32 GB DDR5 4800 MHz |
| Operating System | Microsoft Windows 11 Professional 64-Bit |
| OS Drive | Default: 1 TB SSD, M.2 NVMe PCIe Gen4 x4 Interface (Fully Accessible via Removable Service Panel) |
| Recording Drive Volume | Default: 1 TB Total: 1 x 1 TB SSD, M.2 NVMe PCIe Gen4 x4 Option: 2 TB Total: 1 x 2 TB SSD, M.2 NVMe PCIe Gen4 x4 Option: 4 TB Total: 2 x 2 TB SSD, M.2 NVMe PCIe Gen4 x4 Option: 6 TB Total: 3 x 2 TB SSD, M.2 NVMe PCIe Gen4 x4 (Fully Accessible via Removable Service Panel) |
| Graphics | Integrated Intel UHD + Discrete NVIDIA RTX A1000 |
| Display | 16” Diagonal WUXGA WLED+LBL UWVA Anti-Glare for IR Webcam, 1920 x 1200, 400 Nits |
| Webcam | Integrated Infrared (IR) 5 MP, Dual Array Microphone |
| Keyboard | Full Size Numeric, Backlit, Spill-Resistant |
| Trackpad | 3-Button Pad with Multi-Touch Gestures & Taps |
| HD Audio | Dual Stereo Speakers, Dual Array Digital Microphone |
| LAN | Intel I219-V Gigabit Ethernet |
| Wi-Fi | Intel Dual Band Wi-Fi 6E AX211 (2×2) |
| Bluetooth | Intel Bluetooth 5.2 |
| Left Side Ports | Power Connector, 2 x Thunderbolt 4 Type-C (with Pass-Through Support of DisplayPort 1.4, USB 4, PCIe Gen3 x4), Mini DisplayPort 1.4 with Discrete, 1.2 with Integrated, HDMI 2.1 with Discrete, 2.0b with Integrated, SD 7.0 Media Card Reader |
| Right-Side Ports | Security Cable Slot, RJ-45 Gigabit Ethernet, 2 x USB 3.2 Gen1 (5 Gbps) Type-A (one charging), Stereo Microphone-In / Headphone-Out Combo Jack, Smart Card Reader |
| Power | 230 Watt Slim PFC Smart AC Adapter |
| Battery | Long Life 95Whr Fast Charge 8 Cell Battery |
| Dimensions | Width: 363 mm / 14.29 in. Depth: 250.6 mm / 9.86 in. Height: 28.65 mm / 1.12 in. |
| Weight (Approx.) | 2.44 kg / 5.40 lb. |
Additional options and configurations are available.
External Thunderbolt 3 Digitizer Base Specifications
| Connecting Interface | 1 x Thunderbolt 3 (USB Type C) Port |
| Connecting Cable | 1 x Thunderbolt 3 USB-C Cable, 0.5m Length, Included |
| Data Transfer | PCIe Mode up to 4 GB/s Max. |
| PCle Slot | 1 x PCIe Gen3 x4 (x16 mechanical), Supports Full-Height Full Length (12.6 in / 320 mm) Single or Double Width PCIe Cards |
| Integrated Digitizer | 1 x GaGe RazorPlus Express CSE50216: 16-Bit, 2-CH, 500 MS/s per CH Max., 300 MHz BW, 4 GS (8 GB) Onboard Memory, PCIe Gen3 x8, Connectors:
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| Cooling | 1 x Internal Bottom Exhaust 120 mm High CFM Case Fan 1 x Internal Bottom Intake Power Supply Fan Side Mesh Panel for Cooling Air Intake/Exhaust |
| Power | 1 x 650W Internal Power Supply Unit, Provides up to 75W to PCIe Slot, Available Two 8-Pin (6+2-Pin) PCIe Power Connectors Provides up to 585W PCIe Card Power, Input: AC 100-240V, 50Hz-60Hz Output: DC +12V/54A Ratings: CB, TUV, UL, EMC, FCC, CE, CCC, BSMI Appr. |
| Dimensions | Width: 135 mm / 5.31 in. Depth: 357 mm / 14.06 in. Height: 266 mm / 10.47 in. |
| Weight | Approximately: 5.44 kg / 12 lb. |
Additional options and configurations are available.
Ordering Information
| Order Part # Key: | #1 | – | #2 | #3 | – | #4 | #5 | #6 | #7 | #8 | – | #9 |
| Order Part # Example: | UDA | – | 27 | 2 | – | A | A | A | D | A | – | A |
| Order Part # Example Description | Ultra-Portable Downconverter A-Series System, 27 GHz RF Downconverter & Selectable BW Modes of 160 / 80 / 10 MHz, Laptop with i7-12800HX CPU, 16 GB RAM, 1 TB OS, 6 TB Recording, A1000 GPU, Thunderbolt Digitizer with 16-bit, 2-CH, 500 MS/s per CH Max. | |||||||||||
| Select for #1 | Base System Series |
| UDA | Ultra-Portable Downconverter A-Series System |
| Select for #2 | Downconverter RF Input Frequency Coverage |
| 08 | DCA08G Model: 9 kHz to 8 GHz | with 9-CH Pre-Select Filter Bank, No Pre-Amplifier |
| 27 | DCA27G Model: 9 kHz to 27 GHz | with 21-CH Pre-Select Filter Bank & Pre-Amplifier |
| Select for #3 | Downconverter Bandwidth Modes Configuration |
| 1 | Option 1: 100 MHz @ 0 Hz IF, 40 MHz @ 35 MHz IF, 10 MHz @ 35 MHz IF |
| 2 | Option 2: 160 MHz @ 0 Hz IF, 80 MHz @ 55 MHz IF, 10 MHz @ 35 MHz IF |
| Select for #4 | Controller System Processor Configuration |
| A | Intel 12th Gen (Alder Lake) Core i7-12800HX, Total 16-Cores/24-Threads, 25 MB L3 Cache, Performance: 8-Cores/16-Threads @ 2.0 GHz to 4.8 GHz Efficiency: 8-Cores/8-Threads @ 1.5 GHz to 3.4 GHz |
| Select for #5 | Controller System Memory Configuration |
| A | 16 GB Total: 2 x 8 GB DDR5 4800 MHz |
| B | 32 GB Total: 2 x 16 GB DDR5 4800 MHz |
| C | 64 GB Total: 2 x 32 GB DDR5 4800 MHz |
| D | 128 GB Total: 4 x 32 GB DDR5 4800 MHz |
| Select for #6 | Controller System OS Drive Configuration |
| A | 1 TB SSD, M.2 NVMe PCIe Gen4 x4 Interface |
| Select for #7 | Controller Sustem Recording Drive Configuration |
| A | 1 TB Total: 1 x 1 TB SSD, M.2 NVMe PCIe Gen4 x4 |
| B | 2 TB Total: 1 x 2 TB SSD, M.2 NVMe PCIe Gen4 x4 |
| C | 4 TB Total: 2 x 2 TB SSD, M.2 NVMe PCIe Gen4 x4 |
| D | 6 TB Total: 3 x 2 TB SSD, M.2 NVMe PCIe Gen4 x4 |
| Select for #8 | Controller System Discrete Graphics Configuration |
| A | NVIDIA RTX A1000 |
| Select for #9 | External Thunderbolt PCIe Digitizer Configuration |
| A | GaGe RazorPlus Express CSE50216 | 16-Bit, 2-CH, 500 MS/s per CH Max. |