Sceptre integrated Systems
Sceptre Integrated Systems combine specialized hardware with our advanced Sceptre software technology, ensuring optimal performance and exceptional results in even the most complex signal analysis applications
Monarch®
Systems
Sceptre integrated hardware works with a wide range of receivers and digitizers from over a dozen manufacturers, to maximize signal processing system performance.
Laptops
Servers
Workstations
Application Based Systems
Kirby™
Citadel™
Laptop Monitoring Station
Monarch Hardware Systems
Laptops
Monarch-LT-1G & 10g
Powerful laptop with Intel 8P+16E core CPU and NVIDIA GPU
LT-1G: Single 1GbE port
LT-10G Option: Dual 10GbE NICs with Thunderbolt adapter
16” display: Up to 8TB NVMe
17” display: Up to 12TB NVMe
External Thunderbolt RAID options available
2U Rackmount
Monarch-RM-1G & 10G
- Dual Xeon CPUs
- 2 OS system drives
- Up to 22 SSD data drives up to 675 TB
- 2x 18 core Intel Xeon CPUs
- Broadcom quad port 10G SFP+ NIC (10g only)
Monarch-RRM-10G
- Rugged 2U rack-mount system with Intel quad port 10GbE SFP+ NIC
- Short depth, 22 inches
- 1x 16 core Intel Xeon CPU4 SSD data drives up to 122 TB
Monarch-RM-PROv1 & PROv2
- All Monarch 1G and 10G features
- Nvidia L40S GPU coprocessor
- Up to 1 GHz bandwidth
- Mellanox QSFP+ NIC 40/100GbE
- A100 Nvidia GPU (PROv2 only)
- Mellanox QSFP+ NIC 40/100GbE
- (PROv2 only)
- Up to 2 Ghz of bandwidth
- (PROv2 only)
Workstations
Monarch-3S
- Portable triple-screen workstation
- 2x 16 core Intel Xeon CPUs
- 4 SSD data drives up to 122TB NVMe
- Quad port, 10g, Intel SFP+ NIC
Application Based Systems
Kirby: Geolocation
Self-contained signal processing system built to enable remote operation of Sceptre software for geolocation, spectrum monitoring and collection
Kirby T6 & T14
Built for terrestrial or UAS operations
- Built for terrestrial or UAS operations
- Automated and user-driven TDOA/FDOA geolocation
- Heat-mapping and signal detection utilizing Sceptre’s native protocol detectors
- Flexible and open Command & Control and real-time streaming of intercepted data
- Built-in fast sweep for spectral awareness or set-on tuner for IQ recording and/or processing
Kirby H6 & H14
Built for stratospheric operations
All the features of Kirby T plus:
- Universal HAB low-SWaP solution
- Optimized for extreme environmentals at the edge of space
Citadel: In-Place Monitoring System
A multi-node, low-SWaP, in-place monitoring system (IPMS) providing real-time RF monitoring to persistently observe, analyze, and assess the radio frequency spectrum
Sceptre Plugin
Capable of continuously monitoring RF signals within a particular environment or system. This can be done for various purposes such as security, quality control, or performance monitoring
Central Manager
Manage state and tasking of the Citadel sensor network. It will tie all components of the system together (sensors, processing, and front-end UI)
Web-Based
Architecture will contain a web/websocket server that presents the state of the Citadel network to the user and allows them to task and interact with the system
LTMS: Laptop Monitoring Station (Bowser/SAK)
Designed for evolving mission requirements, LTMS (Laptop Monitoring Station) supports static, mobile, and remote operations with real-time RF monitoring, collection, and rapid deployment—both tethered and untethered.
A self-contained system utilizing Sceptre’s signal processing suite and powered by a 15″ Monarch laptop all housed within a compact portable case for fast setup and minimal footprint.
LTMS is available in two configurations:
- BOWSER™: Versatile SDR platform. Modular and configurable up to 20 or 43.5 GHz with 160 MHz instantaneous bandwidth (IBW).
- SAK (Signals Analysis Kit): Enhanced detection and exploitation. Multi-SDR configuration enabling simultaneous sweep-and stare (with an additional 9 kHz–6 GHz SDR), allowing wideband monitoring while targeting specific signals in real time.
