ARES (formerly IRIS) from Safran Defense & Space, Inc. (formerly Safran Data Systems, Inc.) represents the next-gen in transportable antenna systems. Packed in portable cases for easy handling, ARES can be shipped using standard methods and be fully operational in under an hour in the field, standing by to support satellites. Utilizing a reliable pedestal design and a dual-band concentric feed, ARES antenna ensures pinpoint accuracy and top-notch antenna performance. Crafted from standard (LRU) parts, it’s a breeze to maintain and service on-site, guaranteeing maximum uptime for all satellite missions. Combined with the SATCORE combo box (Command/Control modem & high-rate receiver) and the TM MAESTRO Monitoring & Control software, ARES is the all-in-one portable satellite tracking system.

• NEO 941 parts are AS5836 compatible (Clam Shell Clamps not Included)
• NEO 942 parts are AS1653 compatible (Clam Shell Clamps not Included)

• MIL-STD-1275E Compliant: Dedicated design for conducted susceptibility testing on 28VDC circuits.
• Spike & Surge Testing: Handles spikes up to 260V / 2J and surges up to 200V / 470J.
• High Current Capability: 16A continuous or up to 400A with the optional DM400 decoupling diode module.
• Adjustable Waveforms: Configurable rise times, pulse durations, and voltages for precise test conditions.
• User-Friendly Control: Remote interface via RS232 or USB, with optional control software for automated testing.

Enhance your EMC testing with the PG1275E Pulse Generator—precision, compliance, and versatility combined.

See "Specifications & Details" tab for more information. 

• SPA available from 70KHz to 20/40/70/110/125/145 and 220GHz. Also available for banded configuration to 1.1THz.
• Dual SPA mode available: suitable for Mixers/Amplifier/ Harmonics /Spurious testing.
• SPA available on all ports. User can define which port to use as SPA port.
• Several detection types available in classical mode: Peak, minimum, RMS, Mean.
• Various math functions can be applied on SPA mode like Min hold/max hold/ user defined equations.
• Sources and receivers can be independently configured. Can be used as Tracking Generator.
• For units that have a dual source, a dual drive option is available. Support for external source control also possible.
• Phase synchronization for units with Dual source available. This feature allows users to control and configure the phase between the two sources.
• Source and receiver attenuator available with VNA can be activated in SPA mode. Recommendation to use option 62 (with attenuator on receiver side) for measuring the spectrum content of high-power devices.
• Software option: easy to install and upgrade existing user equipment.

Configurable and SWaP-C optimized with maximum storage capacity, processing power, and intelligence, our ruggedized, TAA-compliant BAM servers are the perfect solutions to accelerate and sustain ever-evolving applications

• Leading Performance CPUs - Supports dual Intel® 3rd, 4th & 5th Gen Xeon® SP CPUs with hardware-based encryption for enhanced compute and networking.
• High-end GPUs and FPGAs - Supports multiple double-wide, high-end Intel® and NVIDIA® GPUs and FPGAs to accelerate AI/ML/DL workloads at the edge.
• Fast NVMe SSDs - Supports up to 8 high-speed NVMe or 9 SAS/SATA SSDs to increase read/write speeds (FIPS 140-2/3 available).

• Network Time Server 
• Dual Redundant Version Available 
• Complete Remote Network Control using Standard Web Browser 
• SA-ASM GPS Receiver 
• 10MHz, 1PPS IRIG B, Serial and Time Codes 
• Timing Accuracy 40ns _rms to UTC 
• 1PPS, Have Quick Inputs

Resistance decade box designed for RTD and other resistance-based sensors' simulation. 0.1°C accuracy and 5W load capacity.

• Real resistors switched by relays
• Custom temperature scales
• No residual resistance
• 5 W load capacity
• Six different languages

The Null Seeker Positioner is used in development and production testing to emulate flight movement of a device encasing null-seeker sensors. Its high motion dynamics and ultra-precise angular positioning, rates, and acceleration allow for accurate evaluations of null seeker technology (ie. RF signal nulls transmitted from directive antennas).