DRS Signal Solutions Product Catalog

Transcription

1 Product Catalog

2 DRS SIGNAL SOLUTIONS PRODUCT CATALOG 1 Milestone Center Court, Germantown, MD Phone: Fax: SSsales@drs.com Information in this product catalog is subject to change at any time. For most up-to-date information please contact your account representative or. Cleared for Public Release, Inc. Under approval number DRSSS0311 dated September 24, Export of DRS SIGNAL SOLUTIONS, INC. products is subject to U.S. export controls. Licenses may be required. This material provides up-to-date general information on product performance and use. It is not contractual in nature, nor does it provide warranty of any kind. Information is subject to change at any time. Copyright DRS SIGNAL SOLUTIONS, INC All Rights Reserved. PN: I Revision C I December 2015

3 Company Overview 1.0 High Frequency 2.0 Very/Ultra High Frequency 3.0 TABLE OF CONTENTS : Commitment Built In. Microwave/Super High Frequency 4.0 Software-Definable Receivers/Radios 5.0 Wideband & Recording Systems 6.0 Tried & True 7.0 Glossary of Terms 8.0

4 COMPANY OVERVIEW COMPANY OVERVIEW YOUR IDEAL PARTNER is a wholly-owned company of DRS Technologies, Inc. - a leading supplier of integrated products, services and support to military forces, intelligence agencies and prime contractors worldwide. is a world leader in highperformance SIGnals INTelligence (SIGINT) tuners and receivers covering frequency ranges from HF (100 khz) through SHF (40 GHz); softwaredefinable radios; and data recording collection and geo-convergence systems. Our products are suitable for commercial applications and adaptable for land, sea and air operations across a variety of platforms as well as tactical, man-portable capabilities. Our applications are deployed worldwide by virtually all U.S. military and government agencies, as well as several Allied international governments and defense prime contractors. legacy from the Watkins- Johnson Company is a reputation as one of the oldest, most dependable and innovative RF/microwave houses in the world. The Company has served the Intelligence Community for more than 50 years with cutting-edge size, weight and power (SWAP) reduction; world-class microwave technology; and tools to search, intercept, analyze and record signals. is organized as three product lines: Tactical Solutions, Open Architecture and Wideband Systems. Tactical Solutions The Tactical team develops high-performance SIGINT products emphasizing low SWAP. These products are designed for ruggedized applications to operate in a variety of severe environmental requirements and targeted to meet the needs of low-swap platforms. Open Architecture The Open Architecture line of business provides high-performance RF tuners, receivers, radios, and exciter products and subsystems, based on open architecture standards to meet the needs of the Intelligence, Surveillance and Reconnassance (ISR) SIGINT market. Wideband Systems The Wideband Systems business area develops high-performance recording and analysis systems in order to capture and prosecute wideband signal data. These systems operate through the use of integrated analysis tools including visualization, filtering, channelization, demodulation and signal recognition. background in SIGINT system development provides significant insight into the problems and necessary development to achieve highperformance equipment under real-world conditions. Our understanding of system tier problems, combined with extensive experience in the development of highperformance software-definable radios, makes DRS Signal Solutions an ideal partner. Contact today to see how our solutions can meet your challenges to provide a secure future. SSsales@drs.com I

5 COMPANY OVERVIEW VITA Open Standards Member is an active member of VITA, chairing the VITA 49, VITA Radio Transport (VRT) committee and now a driver behind VITA 67 Coaxial Backplane Standard. DRS employees continue to serve as chairmen for VITA committees in order to ensure adherence to the open system architecture definition of real-time, modular embedded computing systems. DRS Signal Solutions is committed to technology excellence. Engineering and Manufacturing Center of Excellence Equipment design Program management Equipment integration, test and repair Product manufacturing Customer and sales support Standard 1 or 3-year product warranty SERVING YOU You re buying more than a product, you re partnering with an experienced team. Core Capabilities RF front-ends with high dynamic range that intercept weak signals in dense signal environments Narrowband, wideband and ultra-wideband signal processing Digital Signal Processing (DSP) Software-definable radio employing open frameworks Multichannel, phase-coherent operations Low size, weight and power (SWAP) design and packaging Multi-function sensors & transceivers Custom design services Core Applications SIGnals INTelligence (SIGINT) ELectronic INTelligence (ELINT) COMmunications INTelligence (COMINT) Foreign Instrumentation Signals INTelligence (FISINT) Real-time counter measures Precision geo-location Beam forming and direction finding High bandwidth signal recording and real-time processing, RF Test and Measurement, and other commercial applications RedHawk & GNU Software Radio Frameworks

6 COMPANY OVERVIEW PRODUCT MAPPING TO RF SPECTRUM COMPANY OVERVIEW 30 khz 300 khz 3 MHz 30 MHz 300 MHz 3 GHz 30 GHz PRODUCT PAGE LF MF HF VHF UHF SHF SI-8746 Harrier MHz - 30 MHz 12.4 GHz SI-8728A 2.2 SI khz - 30 MHz 500 khz - 30 MHz SI-9150 Polaris Analog 3.1 SI-9150 Polaris Digital 3.1 SI-8649A Picoceptor 3.2 SI-8649A/PR PicoRecorder 3.4 PT SI-9173 Vesper 3.6 SI-8646 Talon 3.7 SI-9105 Falcon 3.8 SI SI-9170A Sparrow MHz GHz 2 MHz GHz 2 MHz - 3 GHz 2 MHz - 3 GHz 23 MHz - 3 GHz 2 MHz - 6 GHz 20 MHz - 6 GHz 20 MHz - 6 GHz 20 MHz - 6 GHz 70 MHz GHz FE FE SI-9249/FE SI-9249/FE SI-9249/FE SI MHz GHz SI-9249/FE 4.3 SI-8649A/PF PicoFlexor MHz - 3 GHz GHz SI-9249/FE SI-8649A/PF PicoFlexor Transceiver 5.3 RX: 2 MHz - 3 GHz TX: 70 MHz - 6 GHz SI-9249/FE SI-8979A/SYS RF Survey MHz - 3 GHz SI-9249/FE

7 COMPANY OVERVIEW COMPANY OVERVIEW PRODUCT SPECIFICATION COMPARISON Product Description Page Frequency Range Instantaneous Bandwidth IF Output Tuning Speed Channel Count Rugged Option Form Factor SWAP Applications Supported Export Control Microseconds (µs) Miniature Brick VME VPX Rack-mount Size (inches) (w x h x d) Weight (lbs.) Power (watts) COMINT ELINT Spectrum Monitoring/Management Direction Finding/Beam Forming Electronic Support Measures (ESM) Geo-Location Threat Warning Electronic Warfare (EW) Cyber Capabilities Software-Definable Receiver/Radio SI-8746 Harrier Tuner/Receiver MHz - 30 MHz 30 MHz VITA 49 < SI-8728A Tuner khz - 30 MHz 25 khz VITA SI-9332 Switch Matrix khz - 30 MHz -- Analog Yes - - 1U Half 1U Full 1U Full 8.5 x 1.75 x <100 X X X X X EAR 19 x 1.75 x 22 <18 <100 X X X X X ITAR 19 x 1.75 x 22 <18 <130 Provides Versatility to Existing System Applications TBD SI-9150 Polaris Analog Tuner MHz GHz 40 MHz Analog SI-9150 Polaris Digital Tuner MHz GHz 85 MHz VITA X 3 x 5 x 1.7* 2.25* 4* X X X X X X X X EAR - X 3 x 5 x 2.5* 3.7* 30* X X X X X X X X EAR SI-8649A Picoceptor Receiver MHz - 3 GHz 6 or 25 MHz VITA Yes X 3 x 5 x 0.9 (1-CH) 3 x 5 x 1.5 (2-CH) <1.6 <10 X X X X X X X X EAR SI-8649A/PR PicoRecorder Receiver/Recorder MHz - 3 GHz 6 MHz PT-325 Tuner MHz - 3 GHz 25 MHz Digital SI-9173 Vesper Tuner MHz - 6 GHz 100 MHz VITA X 3 x 5 x X X X X X X X X ITAR - X 5.6 x 3 x <4 X X X X X X X EAR - 6U ** X X X X X X X X X X ITAR SI-8646 Talon Receiver MHz - 6 GHz 40 MHz VITA SI-9105 Falcon Receiver MHz - 6 GHz 40 MHz VITA Yes - 1U Half 2U Full 8.5 x 1.75 x X X X X X X ITAR 19 x 3.5 x X X X X X X ITAR SI-9138 Tuner MHz - 6 GHz 40 MHz VITA U X X X X X X ITAR SI-9170A Sparrow Tuner MHz GHz 500 MHz Analog U <2 32 (1-CH) 42 (2-CH) X X X X X X X TBD SI-9158 Tuner MHz GHz 500 MHz Analog 35 1 SI-9249/FE Frequency Extender GHz GHz -- Analog SI-8649A/PF PicoFlexor Receiver MHz - 3 GHz 6 or 25 MHz VITA SI-8649A/PF PicoFlexor Transceiver Receiver 5.3 RX: 2 MHz - 3 GHz TX: 70 MHz - 6 GHz RX: 25 MHz TX: 56 MHz RX: VITA 49 TX: Analog <500 2 SI-8979A/SYS RF Survey Subsystem MHz - 3 GHz 6 MHz VITA U 4 <50 X X X X X X X ITAR - X 3 x 5 x Extends Existing System s Frequency Range ITAR Yes X 3 x 5.7 x 1.3 (1-CH) 3 x 5.6 x 1.8 (2-CH) <2.5 <8.5 X X X X X X X X EAR - X 3.5 x 5.7 x X X X X X X X X X X TBD Yes X 6.8 x 3.2 x <9 X X X X X ITAR *4-Channel Configuration **8-Channel Configuration

8 HIGH FREQUENCY HIGH FREQUENCY SI-8746 HARRIER 4-Channel, 0.5 MHz - 30 MHz, 30 MHz BW Tuner/Receiver Harrier detects very weak signals in strong signal environments. With the ability to continuously stare at the entire HF spectrum and to perform precision tuning in multiple sub-bands, Harrier meets challenges posed by a range of COMINT 1 missions. Harrier provides exceptional dynamic range, clearly exceeding the performance of conventional narrowband and wideband digital HF radios. Export Administration Regulations (EAR) Harrier is superior in its class for low size, weight, power and cost per received signal. In a 1U half-rack form factor, Harrier weighs approximately 10 pounds and consumes less than 100 watts of power, or about 25 watts per channel. Harrier is available in two or four channels, and each channel directly digitizes the entire HF spectrum from 0.5 MHz to 30 MHz. The digitized IF of each channel is precision time-stamped in VITA 49 format and transmitted over a 1-Gig or 10-Gig Ethernet link. The high frequency (HF) spectrum and available low-cost commercial HF radio products offer users affordable, reliable communications over great distance without the need for extensive communication infrastructure. Our high-performance HF tuners provide customers with enabling tools to capture and locate small, weak signals of interest in dense HF signal environments. - Dr. Nicholas Cianos, Director of Open Architecture Systems, With a continuous stare band of 0.5 MHz to 30 MHz and exceptional dynamic range, Harrier captures the entire HF spectrum, even the weakest of signals Its phase-coherent tuning between two or four channels allows direction finding of intercepted signals or antenna beamforming 28 DDCs 3 of 4.27 MHz bandwidth each across four channels provides the convenience of a narrowband tuner without sacrificing the ability to digitize the entire HF spectrum at once Supports geo-location of emitters by sensor networks using interferometry or time difference of arrival Multiple RF inputs eliminates the need for an antenna switch matrix for simple applications Easy system integration with its 8.5-inch half-rack form factor, standard control interface and data networking Easy to operate graphical user interface (GUI) COMMERCIAL Emergency Public Safety and Security Commercial Spectrum Compliance GOVERNMENT Geo-Location FUTURE ENHANCEMENTS plans to continue developing and enhancing features of the Harrier Tuner. For the most up-todate product roadmap and to discuss custom features, please contact your account representative or the facility

9 HIGH FREQUENCY HIGH FREQUENCY SI-8728A 8-Channel, 100 khz - 30 MHz, 25 khz BW Tuner SI x 32 HF Switch Matrix The SI-8728A is operationally proven with several hundred The SI-9332 non-blocking switch matrix receives up to 32 units deployed on program platforms. The unit is capable of narrowband HF inputs in the 500 khz to 30 MHz range continuous 1 Hz tuning resolution over the frequency range and delivers any or all to its 32 outputs to a connected of 100 khz to 30 MHz, while each of its eight tuner channels HF receiver network. With four SI-8728A units, each provides an instantaneous IF bandwidth of 25 khz. configured with an internal 8 x 8 input switch matrix, any of the 32 SI-8728A channels can access any of the 32 The SI-8728A s very high density design, high dynamic SI-9332 inputs, allowing for operational flexibility for range, VITA 49 precision time-stamped I/Q 9 data and changing mission requirements. non-blocking switch options, coupled with an easy-to-use graphical user interface, make the unit a high-performing The SI-9332 switch matrix provides near unity (0 db) gain HF narrowband tuner. so that it is virtually transparent in system operation. The unit offers excellent intermodulation, noise figure and internal spurious performance. Eight high-performance HF narrowband tuners in a compact 1U rack-mount chassis Optional 8 x 8 non-blocking RF switch, internal to the unit, allows any tuner channel to connect to any RF input Electromagnetic pulse 4 protection protects tuner from damage due to continuous RF overload and high voltage transients Low jitter phase-coherent and/or independent tuning SI x 32 HF Switch Matrix: Offers a fully nonblocking switch matrix to deliver any of up to 32 HF inputs to any or all of its 32 outputs for flexible system operation Sceptre HF Receiver Software: Client/server application that provides traditional receiver capabilities for eight HF tuners, such as demodulation, IF bandwidth filtering, manual and automatic gain control, audio squelch, tuning from a list of signals, and frequency scanning 500 khz to 30 MHz frequency range Exceptionally small size and weight 10/100 Base-T Ethernet interface Built-in test continuously measures signal path integrity Provides versatility to the existing system s applications SI-8728A: 8-Channel HF Narrowband Tuner Built-in self-test with a choice of step sizes - Created by our technology partner 3dB Labs Geo-Location One SI-9332 HF Switch and four SI-8728A narrowband tuners provides the basis for a highly scalable receiver network when combined with instances of the Sceptre client/server application and graphical user interface. The SI-8728A (top) and SI-9332 (bottom) fit perfectly together allowing for easy system integration

10 VERY/ULTRA HIGH FREQUENCY VERY/ULTRA HIGH FREQUENCY SI-9150 POLARIS 1 to 4-Channel, 2 MHz GHz, 40 or 85 MHz BW Tuner Today s signal challenges require next-generation hardware solutions. Polaris was designed to extract weak signals of interest from dense signal environments, and/ or weak signals that are hidden in the shadow of strong signals. With a frequency range of 2 MHz to 6.2 GHz, the scope of signals that Polaris can intercept from its multiple channels is extensive. Its small size, light weight and low power consumption (SWAP) make it ideal for a wide range of environments where SWAP must be optimized. Export Administration Regulations (EAR) As an RF front-end to a SIGINT system, Polaris has the capability to enhance a number of commercial and government applications. With its dual-use technology, Polaris helps close existing gaps in current capabilities in order to mitigate emerging threats within RF communications. Available as an analog or digital tuner 2 MHz to 6.2 GHz frequency range Selectable channel configurations with up to 40 MHz (analog), or 85 MHz (digital) instantaneous bandwidth per channel Channels operating independently and/or phase-coherently Excellent intermodulation and phase noise performance Designed to operate in harsh environments Excellent phase and amplitude tracking between channels Built-in GPS or IRIG-B123 for time-stamping of VITA 49 IF data output 4-Channel Digital Polaris (SI-9150/D4) 3 W x 5 D x 2.5 H 2-Channel Digital Polaris (SI-9150/D2) 3 W x 5 D x 1.8 H 4-Channel Analog Polaris (SI-9150/A4) 3 W x 5 D x 1.7 H We have a long history of setting the standard for small tactical RF tuners. The Nanoceptor was the gold standard in ruggedized RF tuners for more than a decade, and now Polaris will be breaking new ground and raising the bar even higher. - Steve Robillard, Vice President of Business Development, COMMERCIAL Test and Measurement of Radio Frequencies Wideband Spectral Sensing Commercial Spectrum Compliance Enabling Technology for Cognitive Radio Systems GOVERNMENT /ELINT Electronic Support Measures (ESM) Geo-Location SI-9249/FE Frequency Extender: Increases the frequency coverage to 3 GHz through 12.4 GHz Modular Scout: With its complement of analog and digital I/O 10 options, the Modular Scout can record, playback or transfer data outputs from any Polaris Analog configuration RDA2 Record and Playback Library: Supports long-term storage and playback of wideband Polaris data that is transferred via Modular Scout FUTURE ENHANCEMENTS plans to continue developing and enhancing features of the Polaris Tuner. For the most up-to-date product roadmap and to discuss custom features, please contact your account representative or the facility

11 VERY/ULTRA HIGH FREQUENCY VERY/ULTRA HIGH FREQUENCY SI-8649A PICOCEPTOR 1 or 2-Channel, 2 MHz - 3 GHz, 6 or 25 MHz BW Receiver PICOCEPTOR SOFTWARE Compatible Software and Firmware Loads As a small receiver, the Picoceptor provides high-speed spectrum analysis, and realizes the power and flexibility of a software-definable radio. Still, overcoming size, weight and power challenges of portable narrowband signal intercept and surveillance applications is only one of the Picoceptor s key features. Its wide selection of configurations allows custom matching to mission requirements ranging from low-power, single-channel tactical uses to highperformance networked battlefield data streaming applications. The Picoceptor s operating temperature range and ruggedness enhance mission reliability. Export Administration Regulations (EAR) Single Channel Picoceptor 3 W x 5 L x 0.9 H weighing 1 lb. and consuming <4.3 watts of power. NARROWBAND SURVEILLANCE RECEIVER SOFTWARE With this software load, the Picoceptor can operate as a conventional narrowband surveillance receiver. The software allows the Picoceptor to perform AM, FM, CW, USB, LSB, and PM demodulation with user selectable digital signal bandwidths of 2, 5, 10, 20, 50, 100 and 200 khz. The standard receiver load has the ability to stream digital data, including audio, through the remote interface port while the VITA 49 provides additional precision time-stamping information that complies with the standard VITA 49 format. The digital I/Q 9 data with time-stamping information can be used in applications such as time difference of arrival or direction finding. Downloadable software/firmware loads and a range of FPGA 7 capabilities are available to customize for specific requirements. One or two 2 MHz - 3 GHz RF channels Multiple configurations address a wide range of requirements Multiple digital drop receivers with AM, FM, CW, PM, USB and LSB detection and IF filtering from 2 khz to 200 khz Independent or phase-coherent operation Up to 12 channels of DDCs 3 that allow for more intensive processing to be performed on the signal of interest Internal GPS receiver RS-232 and USB 2.0 remote interfaces VITA 49 digital IF protocol with precision time stamp Dual Channel Picoceptor 3 W x 5 L x 1.5 H weighing 1.5 lbs. and consuming <8 watts of power. WIDEBAND TUNER SOFTWARE PACKAGE The wideband tuner software package expands the Picoceptor bandwidth set up to 6 MHz and allows real-time I/Q 9 data streaming over the USB interface. The firmware provides filtering, decimation and gain control but does not provide demodulation or audio processing. Drivers and utilities are also available for collecting and recording the data to a hard drive in a Linux or Windows environment. The data from the unit can be read, saved and processed with custom software if desired. HIGH-SPEED SCAN SOFTWARE The high-speed scan software package provides all the necessary software loads to allow a single-channel Picoceptor to function as an extremely fast spectral search engine providing a scanning rate of up to 4 GHz/sec. The software load provides the ability to detect RF energy as narrow as 4.5 khz in bandwidth. The user may task the Picoceptor to search the entire Picoceptor RF tuning range or multiple independent RF segments. ELINT Electronic Support Measures (ESM) Geo-Location Software-Definable Radio/Receiver SI-9249/FE Frequency Extender: Increases the frequency coverage to 3 GHz through 12.4 GHz Picoceptor Software Loads NEW ENERGY DETECTOR 12 DDC SOFTWARE LOAD This load allows the Picoceptor to function as a signal search engine that detects the presence of new energy within a selectable spectrum band up to 34 MHz wide. New energy can then be monitored by 12 DDCs 3. The Picoceptor develops a baseline of a signal environment by taking successive learning passes across a signal band of interest to determine peak signal levels. An ample range of triggering mechanisms is available to define how new energy is detected including: new signal qualification, signal decay time, absolute squelch level and level relative either to the noise floor or to an established signal strength threshold

12 VERY/ULTRA HIGH FREQUENCY VERY/ULTRA HIGH FREQUENCY SI-8649A/PR PICORECORDER 1-Channel, 2 MHz - 3 GHz, 6 MHz BW Receiver and Recorder PT Channel, 23 MHz - 3 GHz, 25 MHz BW Tuner for USRP TM Radio The PicoRecorder is the combination of a Picoceptor high-speed spectrum analyzing receiver including software-definable radio capabilities, with a Scout high-performance, high-capacity, solid state recorder. The combination of the two devices within one chassis results in a subminiature, tactical device that enhances the collection, processing and dissemination of SIGINT 11 data for unmanned aircraft and man-portable applications. The PicoRecorder s unmatched size, weight, and power and performance allows the implementation of new SIGINT CONOPS 2 previously unachievable. The PT-325 is an RF Tuner card designed to be installed within the Ettus Research Universal Software Radio Peripheral (USRP ) 14 N200 series chassis. The PT-325 allows USRP Hardware Driver (UHD) and GNU Radio users to experience the benefits of a high-performance RF tuner architecture that represents a major improvement over low-end, direct-conversion tuners. The PT-325 is ideal for moving softwaredefinable radio applications from laboratory settings to real-world signal environments. Export Administration Regulations (EAR) The PT-325 Tuner is installed within the Ettus Research USRP N200 series chassis. With the PicoRecorder, a 6 MHz spectrum of interest can be recorded for later examination and processing, while signals of interest within the spectrum are examined and demodulated in real time. Recorded spectral data can be selected for playback through the signal processing circuitry within the Picoceptor receiver. Recordings may be copied from the PicoRecorder using Samba open-source software via an Ethernet connection. Best all-in-one solution for receiving signals and recording data in a single, low-swap platform. The PT-325 tunes from 23 MHz to 3 GHz with high linearity and excellent preselection for performance in harsh RF environments. It features a traditional superheterodyne architecture that outputs digitized IF data to the USRP s motherboard FPGA 7, where it can be down-converted and decimated to produce baseband I/Q 9 data at a rate and format compatible with UHD and GNU Radio. Capabilities of the Picoceptor providing frequency coverage from 2 MHz to 3 GHz Full 6 MHz bandwidth recording for up to four hours ELINT 23 MHz - 3 GHz tuning range with 25 MHz bandwidth Superior RF performance relative to direct conversion receivers Built-in 16-bit digitizer provides high-resolution data The PT-325 has its own aluminum chassis that isolates it from external noise and maintains high RF performance. Removable solid state storage Low cost and power Gigabit Ethernet interface for network connectivity Electronic Support Measures (ESM) Geo-Location Implement software-definable radio applications in real-world signal environments SI-9249/FE Frequency Extender: Increases the Software-Definable Radio/Receiver Accepts standard USRP reference sources frequency coverage to 3 GHz through 12.4 GHz Electronic Support Measures (ESM) Geo-Location The PT-325 is designed for full fit and compatibility with the USRP s internal interfaces. Software-Definable Radio/Receiver

13 VERY/ULTRA HIGH FREQUENCY VERY/ULTRA HIGH FREQUENCY SI-9173 VESPER 8 to 10-Channel, 2 MHz - 6 GHz, 100 MHz BW Tuner SI-8646 TALON 4-Channel, 20 MHz - 6 GHz, 40 MHz BW Receiver Built with a modular approach, the Vesper family of high-performance tuners and exciters raises the bar for RF performance, capability and ultra-dense packaging. With configurations that allow both receive and transmit capabilities, and the incorporation of significant on-board processing resources, the Vesper tuner is ideal for COMINT 1, ELINT 6, electronic support measures 5, electronic attack and future cyber applications. Vesper offers up to 10 RF channels for either high-performance receive or transmit capability, covering a frequency range from 2 MHz - 6 GHz with a 100 MHz bandwidth. Each channel s data is digitized, time-stamped and packetized via VITA 49. Tight coupling of the digitizer with the RF converter and other design techniques allows Vesper to achieve the best overall RF performance from antenna input through digitization. A Virtex 690T FPGA 7 and a multi-core Keystone II system-on-chip together offer significant processing resources and flexibility. Currently, Aurora is available for data transport; however, options such as 10-Gig Ethernet and PCI Express can be added with minimal effort. The Vesper tuner can be configured to contain eight receive channels, or configured with nine receive channels and one transmit channel. Vesper s ability to rapidly create different product instantiations and its adherence to open standards, such as VITA 65, allows for low-cost, customizable and scalable product developments for various CONOPS 2. The Talon is a smaller version of the Falcon receiver, but it is just as fierce. With four channels operating in a 1U half-rack, the Talon s size, weight and power are reduced while still meeting the most demanding application requirements. The Talon has a wide range of uses in environments where visibility is low or non-existent, including multi-static radar applications. From fixed ground sites to mobile airborne platforms, the Talon can be used almost anywhere. The Talon s ultra-low phase noise keeps its noise floor low and enhances its dynamic range, allowing the detection of small signals of interest in the presence of large interferers. Small signals are hidden in the noise floors of other sensors with poor phase noise performance. The Talon s low intermodulation distortion and exceptionally fast tuning speed further round out a performance that significantly exceeds current industry standards. 20 MHz to 6 GHz tuning range with 2 MHz to 20 MHz bypass Four independent or phase-coherent RF channels Provides eight RF channels each with 2 MHz to 6 GHz frequency range 100 MHz digitized bandwidth per channel On-board processing resources (Virtex 690T, Keystone II) for additional customer capability VITA 65 compliance in a 6U 1-inch VPX module Independent and phase-coherent tuning among all channels and between other Vesper 6U cards Conduction-cooled ELINT Electronic Support Measures (ESM) Geo-Location Electronic Warfare (EW) Cyber Capabilities Software-Definable Receiver/Radio support advance functions such as signal search, direction finding and beam forming Ultra-fast tuning speed of <50 microseconds allows the receiver to rapidly tune to different frequency channels for detecting pulsed and frequency agile signals 10-Gig Ethernet interface allows for high-speed data transfer SI Rugged Talon Optimized for Harsh Environments The SI is a 2U rack-mount Talon designed for high-dust environments that accepts an 85 to 265 Vac operating voltage FUTURE ENHANCEMENTS plans to continue developing and enhancing features of the Talon Receiver. For the most up-to-date product roadmap and to discuss custom features, please contact your account representative or the facility. SI-9170A Sparrow: 70 MHz GHz, 500 MHz BW Tuner FUTURE ENHANCEMENTS plans to continue developing and enhancing features of the Vesper Tuner. For the most upto-date product roadmap and to discuss custom features, please contact your account representative or the facility. Electronic Support Measures (ESM) Geo-location

14 VERY/ULTRA HIGH FREQUENCY VERY/ULTRA HIGH FREQUENCY SI-9105 FALCON 4 to 16-Channel, 20 MHz - 6 GHz, 40 MHz BW Receiver SI Channel, 20 MHz - 6 GHz, 40 MHz BW Tuner The Falcon is a SIGINT 11 subsystem designed to provide RF and digital signal processing performance between 20 MHz and 6 GHz. The Falcon houses either 4, 8, 12 or 16 channels all in a 2U x 19-inch x 23-inch rack-mount chassis utilizing low power per channel. Superlative dynamic range, tuning speed and phase noise performance significantly exceeds the industry standard. The Falcon provides dynamically selectable independent or phasecoherent operation. Its low-noise synthesizers and channel-tochannel phase tracking make the receiver an ideal solution for direction finding or beam forming applications. 2 MHz - 6 GHz frequency range and tunable to 2 MHz Selectable pre-digitization bandwidths of 3, 10, 25 and 40 MHz The SI-9138 is a dual-channel, wideband VHF/UHF tuner covering a 20 MHz to 6 GHz input frequency range. The unit has state-of-the-art dynamic range and phase noise performance, a maximum instantaneous bandwidth of 40 MHz and selectable analog bandwidths of 3, 10, 25 and 40 MHz. The SI-9138 is packaged in a 1-inch VPX form factor, making it ideal for insertion into existing or developing open system architectures. The SI-9138 is always accompanied by an SI-7138 Frequency Reference Module, which distributes frequency and timing references to synchronize up to six dualchannel SI-9138s to yield up to 12 fully coherent channels. When housed in a chassis with 3U VPX slots, the SI-9138 and SI-7138 form a wideband multichannel tuner subsystem. With a tuning settling time of 50 microseconds, multichannel phase-coherency and time tagging of its digital IF output, the SI-9138 is crucial to supporting a range of spectral search, direction finding and geo-location missions. SI U VPX Dual-Channel Tuner. SI U VPX Frequency Reference Module. 50 microsecond tuning speed FPGA 7 -based signal processing functions including channelization, demodulation, and VRT 15 data formatting Supports user-defined programming of FPGA signal processing resources for development of customer applications Gigabit Ethernet interface for control/command and 10-Gig Ethernet interfaces for high-speed data transfer Electronic Support Measures (ESM) Geo-location SI-8938 WIDEBAND MULTICHANNEL TUNER SUBSYSTEM The SI-8938 combines an Extreme Engineering Solutions (X-EX) chassis, up to four SI-9138 dual-channel VPX tuners and one SI-7138 frequency reference module. Working together, this system provides phase-coherent, wideband tuning of up to eight tuner channels across the 20 MHz to 6 GHz range. Based on proven RF technology and an open backplane standard, the SI-8938 provides a powerful and low-swap 12 software-definable radio development platform that can be easily integrated and deployed in a range of missions. SI-7138 companion reference module supports up to six SI-9138 tuners, or 12 channels, allowing for synchronization of accurate time tagging RF and reference distribution via backplane eliminates cable clutter, facilitates system integration and reduces mean time to repair Selectable IF bandwidths of 3, 10, 25 and 40 MHz allows flexibility when focusing on a variety of signals of interest in a wide range of signal environments SI-8938 open-source, 8-channel system in a 16.5 x 12.7 x 5.4 inch form factor weighing only 37 pounds and consuming only 400 watts. Electronic Support Measures Geo-Location

15 MICROWAVE/SUPER HIGH MICROWAVE/SUPER HIGH FREQUENCY FREQUENCY SI-9170A SPARROW 1 or 2-Channel, 70 MHz GHz, 500 MHz BW Tuner Sparrow is the next-generation microwave tuner. Its 3U VPX form supports Modular Open System Architectures while increasing overall frequency coverage (down 70 MHz); reducing size, weight and power; expanding operating temperate and improving RF performance (including a 6 db improvement in 3rd Order Spur-Free Dynamic Range). The high-performance Sparrow provides a 500 MHz bandwidth at a 1 GHz center IF and a freqency range of 70 MHz GHz. The tuner s wide bandwidth, broad frequency coverage and excellent RF performance are ideal for ELINT 6, electronic support mesasures 5, surveillance and monitoring operations. As a result of its extremely small footprint, extended temperature range and rugged 3U VPX form factor, Sparrow can support an array of platforms and extend current mission CONOPS 2. Sparrow comes in two configurations: a single-channel tuner and a dual-channel tuner each housed in a 3U VPX form factor. As a dual-channel tuner, each of its two channels tune as a pair. Each 3U VPX card can be operated independently or phase-coherently on the fly with other 3U VPX Sparrow cards when deployed as part of a system through a single cable. Sparrow s simple command and control over standard Ethernet and/or PCI Express interfaces allow developers to get Sparrow up and running quickly. We succeed in designing innovative RF technologies that reduce SWAP by half or more without compromising the dynamic range required for modern surveillance missions. - Kerry Rye, Director of Engineering, Input frequency range of 70 MHz to GHz IF output frequency of 1 GHz with 500 MHz bandwidth One or two channels in a 1-inch 3U VPX single-slot configuration Independent or phase-coherent operation between other Sparrow 3U Cards without recabling Fast tuning speed of less than 40 microseconds and fully integrated synthesizer support quick and turnkey spectral scanning High signal fidelity and low phase noise support complex signal demodulators Conduction-cooled SI-9173 Vesper: 2 MHz - 6 GHz, 100 MHz BW Tuner ELINT Electronic Support Measures (ESM) Geo-Location FUTURE ENHANCEMENTS plans to continue developing and enhancing features of the Sparrow Tuner. For the most up-to-date product roadmap and to discuss custom features, please contact your account representative or the facility

16 MICROWAVE/SUPER HIGH FREQUENCY MICROWAVE/SUPER HIGH FREQUENCY SI Channel, 250 MHz GHz, 500 MHz BW Tuner SI-9249/FE 1-Channel, 3 GHz GHz Microwave Frequency Extender The SI-9158 microwave tuner s high-performance and flexibility qualify it for both SIGINT 11 and electronic support measures 5 operations. Covering the UHF/SHF spectrum from 250 MHz to GHz, the SI-9158 can be remotely configured for independent operation or phase-coherent operation when part of a system utilizing additional tuners. Features designed to optimize SIGINT operations include two simultaneous IF outputs (centered at 1 GHz and 160 MHz), a switchable log video output (one wideband and one narrowband), and multiple tuning approaches. By providing two IF outputs with unique center frequencies and bandwidths, the SI-9158 enables simultaneous processing of ELINT 6, COMINT 1, and FISINT 8 signals. The SI-9158 provides four methods to tune a signal: fixed frequency, sweep (continuous coverage from a start frequency to a stop frequency), step tuning (through two tables, each with up to 4,865 re-programmable channels), and RF PAN mode for very fast spectral monitoring. The SI-9158 s superior dynamic range allows intercept of weak signals in the presence of strong signals in dense environments. High signal fidelity and low phase noise support complex signal demodulators. The SI-9158 delivers industry-leading singletone and two-tone spurious performance. The SI-9249/FE is a single-channel frequency extender designed to expand the frequency range of receivers and tuners operating in the VHF/UHF band to 3 GHz through 12.4 GHz, enabling the intercept of microwave signals. The SI-9249/FE combines small size and light weight while consuming less than 3.2 watts of power. The unit can be controlled remotely via its multi-drop RS-232 interface or manually via its bottom panel DIP switches. In combined operation, it can be daisy-chained to other units via a multi-drop RS-232 connection and 10 MHz reference output, eliminating complex cabling. The SI-9249/FE features a built-in low-noise amplifier that, when used with VHF/UHF receivers, can improve receiver system noise performance. Extends the tuning range of VHF/UHF receivers and tunes to 3 GHz through 12.4 GHz Operates via a multi-drop RS-232 interface for multichannel applications or via DIP switch control for single-channel manual control Switchable post-amplifier improves system noise performance Input frequency range 250 MHz to GHz 6U VME 64X form factor High signal fidelity and low phase noise support complex signal demodulators Fast tuning rate supports quick spectral scanning ELINT Electronic Support Measures (ESM) Geo-Location SI has a single IF output with an increased bandwidth of 2 GHz centered at 4 GHz SI-9136BN: 2-Channel 6U VME VHF/UHF Tuner Very low power, compact size and interconnection kits for easy system integration COMPATIBLE PRODUCTS SI-9150 Polaris: 1 to 4-Channel, 2 MHz GHz Wideband Tuner SI-8649A Picoceptor: 1 or 2-Channel, 2 MHz - 3 GHz Narrowband Receiver SI-8649A/PR PicoRecorder: 1-Channel, 2 MHz - 3 GHz Narrowband Receiver and Recorder PT-325: High Performance RF Tuner for USRP TM Radio SI-8649A/PF PicoFlexor Transceiver: 2-Channel, 2 MHz - 6 GHz Wideband SDR/EW Platform SI-8649A/PF PicoFlexor: 1 or 2-Channel, 2 MHz - 3 GHz SDR SI-8979A/SYS RF Survey: 2-Channel, 2 MHz - 3 GHz Rugged SDR Platform SI-8946/SYS Observer I: 20 MHz - 3 GHz Portable Spectrum Survey System

17 SOFTWARE-DEFINABLE SOFTWARE-DEFINABLE RECEIVERS & RADIOS RECEIVERS & RADIOS INTEGRATED AND CONFIGURABLE ARCHITECTURE IN LOW SWAP RF FRONT-ENDS While the concept of software-definable receivers & radios (SDR) is not new, the contributions made by toward embedded software capabilities is ever evolving. An SDR architecture means a unit can be configured and deployed for a signal intercept/analysis application, then reconfigured and redeployed for threat warning and again reconfigured and redeployed to other mission critical applications. The SDR architecture allows the unit to be fully customized to meet specific requirements. builds SDRs that are compatible with free and open-source software development toolkits, such as GNU Radio and RedHawk. These open source frameworks are designed to support the development, deployment and management of real-time software radio applications. As an SDR, our units can be used for both application development and field deployment. For example, our units can be deployed for a signal intercept application, redeployed for threat warning awareness and again redeployed for other functions such as precision geo-location or modern signal analysis. - Andre Huggins, Director of Tactical Solutions,

18 SOFTWARE-DEFINABLE RECEIVERS & RADIOS SOFTWARE-DEFINABLE RECEIVERS & RADIOS SI-8649A/PF PICOFLEXOR 1 or 2-Channel, 2 MHz - 3 GHz, 6 or 25 MHz BW SDR SI-8649A/PF PICOFLEXOR TRANSCEIVER 2-Channel, 2 MHz - 6 GHz, Wideband SDR/EW Platform Export Administration Regulations (EAR) The PicoFlexor s high RF performance over a 2 MHz to 3 GHz frequency range, its state-of-the-art FPGA 7 -based digital processing and its simple development interface make it a best-in-class SIGINT 11 software-definable radio (SDR). The rugged and low-swap 12 PicoFlexor has incomparable operating temperature, shock and vibration parameters allowing it to withstand the harshest environments. PicoFlexor is a miniature, tactical receiver designed for both application development and deployment in the field. Its design leverages power reduction and performance gains of next-generation digital technology. The PicoFlexor s software-definable architecture means it can be deployed for a signal intercept/ analysis application, then re-deployed for threat warning and again re-deployed to other mission critical applications, such as precision geo-location. The architecture is optimized to integrate with open SDR standards such as RedHawk and GNU Radio by simply swapping a Secure Digital (SD) card. Ruggedized with extended temperature and high vibration tolerance to survive real-world environments Low SWAP for small platform integration Advanced digital processing capability addresses all signal types from simple to the most complex in one small package Best-in-class RF performance allows increased standoff distance from tactical threats and intercepts even the weakest signals in the most dense signal environments Open source platform allows for full customization Flex DDCs 3 ideal for processing modern communication signals ELINT Electronic Support Measures (ESM) Geo-Location Software-Definable Radio/Receiver SI-9249/FE Frequency Extender: Increases the frequency coverage to 3 GHz through 12.4 GHz Aft-End Processor (AEP) Module: Provides high-speed backplane for application development and adds standard 1-Gig Ethernet and JTAG I/O 10 interfaces PicoFlexor Software Loads Single-channel PicoFlexor with optional high-speed backplane AEP Module provides application development through standard 1-Gig Ethernet and JTAG I/O 10 interfaces. Single-channel PicoFlexor s AEP Module removed for deployment. Dual-channel PicoFlexor s AEP Module removed for deployment. The PicoFlexor Transceiver is a miniature, tactical, software-definable radio (SDR) platform that integrates a transmitter with a high-performance SIGINT 11 superheterodyne receiver in a single low SWAP 12 package. As a superheterodyne receiver, the PicoFlexor Transceiver can convert a received signal to a fixed intermediate frequency which is more conveniently processed than the original radio carrier frequency. As an SDR, the unit can be used for application development and field deployment. The unit can be deployed for one application, and then redeployed for another application by simply swapping a Secure Digital (SD) card. Find, fix, finish describes the capabilities of the PicoFlexor Transceiver. With a receiver tuning range of 2 MHz - 3 GHz and 25 MHz bandwidth, and a transmit tuning range of 70 MHz - 6 GHz and 56 MHz bandwidth, the unit can identify signals of interest. The PicoFlexor Transceiver features an internal GPS receiver and a VITA 49 digital IF output that provide a means to time stamp collected data and precisely locate, or fix, the signal of interest through time difference of arrival and frequency difference of arrival applications. Then, acting as a transmitter, the PicoFlexor Transceiver can finish the signal by using electronic warfare techniques. One receive channel with 25 MHz bandwidth and one transmit channel with 56 MHz bandwidth Frequency agility to quickly shift operating frequency in order to tune and transmit anywhere across its 2 MHz through 6 GHz spectrum Pre and post filtering for precision RF performance Best-in-class RF performance increases the standoff distance from threats and discerns signals in the midst of other signals Open source platform allows for full customization Increased digital processing capability allows processing from simple signals to complex signals in one small package Rugged to survive real-world environments Low SWAP for small platforms FUTURE ENHANCEMENTS plans to continue developing and enhancing features of the PicoFlexor Transceiver. For the most up-to-date product roadmap and to discuss custom features, please contact your account representative or the facility ELINT Electronic Support Measures (ESM) Geo-Location Electronic Warfare (EW) Cyber Capabilities Software-Definable Radio/Receiver SI-9249/FE Frequency Extender: Increases the frequency coverage to 3 GHz through 12.4 GHz Aft-End Processor (AEP) Module: Provides high-speed backplane for application development and adds standard 1-Gig Ethernet and JTAG I/O 10 interfaces RedHawk Software/Firmware Load PicoFlexor Transceiver with AEP Module for application development, PicoFlexor Transceiver AEP Module removed for deployment.

19 SOFTWARE-DEFINABLE RECEIVERS & RADIOS SOFTWARE-DEFINABLE RECEIVERS & RADIOS PICOFLEXOR SOFTWARE Compatable Software and Firmware Loads SI-8979A/SYS RF SURVEY 2-Channel, 2 MHz - 3 GHz, 6 MHz BW Rugged SDR System SOFTWARE DEVELOPER S KIT The PicoFlexor Software Developer s Kit constitutes a Linux virtual machine complete with source code and tools required to perform FPGA 7 application development, software application development, debugging and deployment for the PicoFlexor within a graphical development environment. It supports rebuilding of operating system kernels, kernel modules and file systems for full customization of the execution environment for target applications. The core of the RF Survey System is a dual-channel, low SWAP 12, ruggedized Picoceptor receiver that is capable of rapid spectrum scanning for collecting, cataloging and analyzing signals between 2 MHz and 3 GHz. The RF Survey System is also comprised of a mission-optimized RF Survey firmware application, a Windows graphical user interface control application, a cable interface for control and I/O 10 connections, and an Android smartphone to store and execute the mission parameters and to store mission data. The RF Survey System is adaptable for specific mission requirements. The system can be connected to a PC for stationary missions with limited or no operator interaction, or connected to its Android Smartphone for mobile operations when parameter adjustments are required on the fly. Android Smartphone, rugged Picoceptor, antennas and graphical user interface application make up the core of the RF Survey System. REDHAWK SOFTWARE/FIRMWARE LOAD The RedHawk software/firmware load for the PicoFlexor provides a plug-in to RedHawk, a free and open standard for the development of applications for software-definable radios. The RedHawk load consists of a toolkit that provides software blocks to implement digital signal processing of communication signals and to control the PicoFlexor hardware. The software is delivered on an easily-installed SD card that makes the PicoFlexor ready for RedHawk development upon powering up. User s REDHAWK Application REDHAWK DUBRI Device G e t / S e t Properties T r a n s m i t / Receive Data Simple - DRS ( Interface ) DRS Unified Basic Radio Interface (DUBRI) Stationary Operation Scan, intercept, record: Define frequency bands to sweep with a search channel; analyze signal activity with spectrum analyzer display tools; use the handoff channel to demodulate intercepted signals and record audio Create mobile-operation missions: Specify frequencies to monitor with frequency sweeps or a list of specific frequencies, then store on Android Smartphone Collect and analyze files and information captured during mobile missions Mobile Operation Carry RF sensor and cabling in a battle-dress uniform pocket with the Android Smartphone attached to forearm Operate in a vehicle or leave unattended; operator interaction is optional Custom packaged RF Survey System in a 1510 Pelican Case. Use one channel to search and the second channel to tune, demodulate and record audio files to Android Smartphone Picoflexor Device Driver Frequency coverage from 2 MHz to 3 GHz L i n k Picoflexor APIs Can be operated from a PC or from an Android ELINT Device Hardware Smartphone for mobile operations Runs for about six hours on a fully-charged battery Electronic Support Measures (ESM) GPS receiver provides location and accurate timing Android Smartphone is capable of storing audio recordings SI-9249/FE Frequency Extender: Increase the frequency coverage to 3 GHz through 12.4 GHz

20 WIDEBAND & RECORDING WIDEBAND & RECORDING SYSTEMS SYSTEMS WIDEBAND & RECORDING SYSTEMS PRODUCT COMPARISON Product Page SWAP Bandwidth Platform Applications Supported Size (inches) (w x h x d) Weight (lbs.) Power (watts) Mid-band Wide-band Ultra Wide-band Tactical, Low-SWAP Man-Portable Lab Setting/Rack-mount Survey Recording Pre-D Signal Collection Post-D Signal Collection Data Management Signal Analysis Signal Library Development System Validation & Training Modular Scout x 4 x <15 X X X X X X X Observer I x 16.9 x <80 X X X X X X RDA2* 6.4 RDA2 Gunslinger 6.5 Portable Gunslinger 6.5 4U 19-inch Rackmount 4U 19-inch Rackmount 20 x 18 x 10 carrying case X X X X X X X X X X X X X X X X X X X X X X X X X X X X *The above Wideband & Recording Systems are export controlled by ITAR regulations with the exception of the RDA2, which is export controlled through EAR regulations. Wideband and Recording Systems high-performance recording products support a wide range of recording applications and operational environments. Our recording products are part of an ecosystem of capabilities that goes beyond recording to assist our users with the transfer, management, visualization and processing of their collected data. - John Trail, Director Wideband Systems,

21 WIDEBAND & RECORDING SYSTEMS WIDEBAND & RECORDING SYSTEMS MODULAR SCOUT Solid State Recorder SI-8946/SYS OBSERVER I 20 MHz - 3 GHz Portable Spectrum Survey System The Modular Scout solid state recorder is an ultra-small, rugged, tactical data recorder designed to capture up to 200 MByte of data per second streaming for 168 minutes. A removable flash storage pack supports quick and easy installation and replacement of storage media. Removable I/O 10 modules can be swapped to adapt the unit for the specific kinds of data to capture. I/O modules are offered for 70 MHz analog IF or demodulated digital communications variable rate data interface data. Command and control is implemented through an Ethernet interface or from the front panel of the unit. Recorded data may be played back, accessed through the Ethernet interface or copied/removed by connecting the DRS removable flash storage pack to a workstation. All operating parameters are controlled via a graphical user interface running on a PC connected to the Modular Scout via the Ethernet connection. Ultra-small, low-power, wideband data recorder with playback Rugged to withstand harsh environment conditions Captures up to 200 MBytes/sec signal data rates Modular Scout with an interchangable analog IF I/O module. Removable 200 GByte solid state storage pack. Survey Recording Pre-Demodulation (Pre-D) Signal Collection Post-Demodulation (Post-D) Signal Collection System Validation & Training Observer I is a fully self-contained mobile RF spectrum monitoring and wideband recording subsystem that is designed to support demanding tactical survey missions. It combines proven DRS core technologies that create a highperformance survey solution that is both compact and rugged. The Observer I s front-end integrates high-speed scanning and spectrum analysis to allow simultaneous display of multiple user-defined spectral views across a wide tuning range. This allows quick and easy selection of signals of interest for recording. The versatility of this system allows it to support a wide range of collection applications in the 20 MHz - 3 GHz frequency range, or in the 20 MHz to 12.4 GHz frequency range with an optional frequency extender. SYSTEM COMPONENTS Picoceptor Receiver high-speed spectral scanning Nanoceptor Receiver Scout Solid State Recorder Rugged Laptop PC Four-port USB Hub RF Splitter Power Supply System Cable Set Transit Case Graphical User Interface Observer I pictured housing a Picoceptor Receiver, Nanoceptor Receiver, Scout Recorder and Laptop PC all contained in a transit case. Survey Recording Pre-demodulation (Pre-D) Signal Collection Signal Analysis System Validation & Training SI-9249 Frequency Extender: Increase the frequency coverage to 3 GHz through 12.4 GHz LCD display with push button control Remote Java graphical user interface control via Gigabit Ethernet SI-9150 Polaris Analog: Compatible via the IF output OBSERVER I & OBSERVER II (FUTURE CONCEPT) PRODUCT COMPARISON Observer I Observer II - CONCEPT Embedded GPS Receiver Spectral display during record and playback modes Additional bandwidths supported: 5 MHz, 10 MHz, 15 MHz and 30 MHz (I/Q 9 format) High Speed Spectral Viewer Wideband Recording Capability Nanoceptor-based scanning 20 MHz - 3 GHz Picoceptor Software-Definable Radio Nanoceptor Wideband Tuner 40 MHz 70 MHz IF Scout Solid State Recorder 40 MHz 70 MHz IF Removable Solid State Storage Polaris-based scanning 2 MHz GHz Software-based scan control, viewing and record control application with 10-Gig Ethernet ingest Polaris Wideband Tuner 2 x 85 MHz or 4 x 40 MHz Bandwidth Digital IF streams Multiple user-selectable fraction decimation rates of selectable bandwidths Rugged mini-server based system Data stored on removable rugged disk packs Up to 6.4 TB total capacity

22 WIDEBAND & RECORDING SYSTEMS WIDEBAND & RECORDING SYSTEMS RDA2 2 nd Generation Record and Playback Library RDA2 GUNSLINGER 500 MHz Real-Time Signal Analysis Platform The RDA2 series of record and playback libraries is the 2 nd Generation of The Gunslinger technology provides users with an advanced, all- the popular Recorded Data Access (RDA) product. These platforms provide digital spectrum analysis and optional data recording capability when high-capacity long-term storage, rapid offload of data from DRS recorders, installed in the RDA2. The Gunslinger analysis capabilities are a and direct record and playback of up to four channels of differential emitter- perfect complement to the RDA2, augmenting the system s recording coupled logic (DECL). Recorded data may be directly accessed through the capabilities with advanced visualization, analysis and data thinning open Linux operating system or the built-in 100/1000/10GBase-T Ethernet features. This technology combines the best capabilities of traditional, network interfaces. continuous swept-tuned analyzers, with the detailed analysis capabilities of wideband snapshot analyzers. Typical applications include pulse Supports 24 hard disk drives in RAID-6 architecture System storage capacities of 22, 44, 66 or 88 TB Supports two or three PCI express I/O 10 expansion cards depending on configuration Simultaneous record/playback of up to four channels of DECL at either 70 or 96 Msps each A 4U 19-inch rackmount configuration weighing approximately 100 lbs. analysis, short-duration signal detection, general signal search and survey, demodulation and exploitation, as well as high-resolution multibandwidth signal analysis. SOFTWARE CAPABILITIES Simultaneous wideband and variable bandwidth DDC 3 spectral displays, including falling raster Multiple frequency resolution displays With the demanding signal environment of modern waveforms, operators require high-performance search and survey systems, such as the RDA2 Gunslinger, to monitor modern signals of interest. Dual time/frequency/amplitude markers for precise measurements Survey Recording Pre-Demodulation (Pre-D) Signal Collection Display options including synthetic phosphorous, peak hold, persistence, measurement markers, zoom & pan Data Management Signal Analysis Signal Library Development System Validation & Training The RDA2 without the front cover shows 24 hard disk drives in a RAID-6 disk architecture for maximum data integrity. Ability to pause real-time and look back Survey Recording Gunslinger utilizes 3dB Labs Sceptre Signal Analysis Software. Universal Playback Module: Adds a flexible analog playback capability to the RDA2, supporting all current and legacy DRS analog recorders Pre-Demodulation (Pre-D) Signal Collection Data Management Signal Analysis System Validation & Training Signal Library Development RT-1200 Portable Gunslinger: Turnkey triple screen system for highresolution, multi-bandwidth signal analysis RT-1200 Portable Gunslinger is field-deployable and provides users with advanced, all-digital spectrum analysis and optional data recording capability. FUTURE ENHANCEMENTS plans to continue developing and enhancing features of the Harrier Tuner. For the most up-to-date product roadmap and to discuss custom features, please contact your account representative or the facility

23 TRIED AND TRUE TRIED & TRUE Our tried and true products are of the highest quality and still play important roles in many customer applications. While DRS Signal Solutions has superseded these vintage products with newer technologies to meet new challenges, they may be more than equal to many requirements. These products are still available for purchase and are fully supported by repair services for the foreseeable future. SI-7001BN/SI-7002BN 1 & 2 Channel 20 MHz - 3 GHz Wideband Upconverters These microprocessor-controlled single or dual channel upconverters are capable of providing one VHF/UHF output tunable within a range of 20 MHz - 3 GHz. They accept two analog IF inputs: one centered at 70 MHz or one center at 20 MHz. SI-8614 Nanoceptor Subminiature VHF/UHF Receiver Superseded by Polaris, the Nanoceptor is a low-swap, general-purpose, surveillance receiver that tunes from 20 MHz to 3 GHz, making the unit ideal for portable, narrowband, surveillance applications where weight and power reduction are crucial. SI Channel Wideband HF VME Tuner Employing a direct frequency conversion approach to processing the entire HF spectrum, the SI-9111 provides a preselected output for analog-to-digital conversion by a companion signal processor. SI-9136BN 2-Channel 6U VME VHF/UHF Tuner This tuner family provides 10 configuration options that offer a range of IF outputs and independent and phase-coherent conversions of RF signals between 20 MHz and 3 GHz in a 6U VME single-slot module. Our Germantown, Maryland facility operates at the highest standards under a Quality Management control system that includes research, development, design and manufacturing of RF and digital-based equipment and sub-systems for use in signal collection and related military communications markets. - Vince Dameron, Director of Operations, SI-9146AN 2-Channel VME VHF/UHF Tuner These air-cooled and conduction-cooled tuners provide independent or phase-coherent conversion of RF signals between 20 MHz and 3 GHz. SI-9486 PCM Demodulator and Decoder This low-cost personal computer expansion card provides high-performance digital demodulation and decoding

24 GLOSSARY OF TERMS GLOSSARY OF TERMS 1. COMmunications INTelligence (COMINT) 2. Concept of Operations (CONOPS): A document that describes specifications and requirements of a system from the point of view of the end user. 3. Digital Down Converter (DDC): Digital radio receivers often have fast analog to digital converters delivering vast amounts of data; but in many cases, the signal of interest represents a small proportion of that bandwidth. DDCs allow unwanted data to be discarded, allowing more intensive processing to be performed on the signals of interest. 4. ElectroMagnetic Pulse (EMP): A short burst of electromagnetic energy. 5. Electronic Support Measures (ESM): The process of detecting, identifying, locating, recording and analyzing sources of electromagnetic energy that may pose a threat. 6. ELectronics INTelligence (ELINT) 7. Field Programmable Gate Array (FPGA): An integrated circuit that can be configured and customized by the user for their specific requirements. 8. Foreign Instrumentation Signals INTelligence (FISINT) 9. In-phase/Quadrature-phase (I/Q) 10. Inputs/Outputs (I/O) 11. SIGnals INTelligence (SIGINT) 12. Size, Weight and Power (SWAP) 13. Software-Definable Radio (SDR) 14. Universal Software Radio Peripheral (USRP): Ettus Research and USRP are trademarks of Ettus Research, a National Instruments Company 15. VITA Radio Transport (VRT): a new standard for software-definable radio applications

25 Extended Coverage Comes Standard standard products are now backed by a 3 year warranty.* We are committed to providing outstanding product reliability and support, so you can focus on mission success. *Some restrictions may apply