#Digital sentry bandwidth algorithm upgrade
#Digital sentry bandwidth algorithm software

#Digital sentry bandwidth algorithm upgrade

The IBS will require upgrade of MATT (currently being installed) to JTT for receipt of Broadcast Intelligence. It is also key to mission recording capability for training and documentation - a top ACC/DO Extend Sentry objective. The digital communication system is part of the NATO E-3 Mid Term and can result in deleting one or two Communication Technicians from mission crew composition. GBS is key to increased flow of ATO, weather and other information warfare data to be received by AWACS and key to moving mission crew to ground in future. The Block upgrade, which supports continued improvements to E-3B/C information correlation functions that will enable the E-3B/C to support the Single Integrated Air Picture, will extend AWACS capabilities through the 2025-2035 timeframe.ĪWACS Communications Upgrades includes: Global Broadcast Service (GBS), digital communications system, and Intelligence Broadcast System (IBS).

#Digital sentry bandwidth algorithm software

These improvements will be achieved through new tracking algorithms, software control of the communications subsystem, improved human-machine interfaces, and reduced data link latency. In addition, it will improve E-3B/C reliability and availability.īlock 40/45 upgrades will enable the Air Force to incorporate several necessary improvements to AWACS functionality including multisource integration, increased electronic support measures system memory, integration of the Intelligence Broadcast System, and data link infrastructure. Block 40/45 will provide theater commanders enhanced surveillance and control capabilities while contributing to information superiority needed to control the battlespace. A Gigabit Ethernet Local Area Network that adds digital communications for control of the radios, and for internal communications, will connect these computers. Initial System Development and Design began in 2003.īlock 40/45 will replace the aging AWACS computer system and the operator terminals with a network of commercial off-the-shelf operator workstations linked to several commercial off-the-shelf computers. These future modifications will support horizontal integration and network centric operations. This upgrade improves machine-to-machine interfaces that ultimately compress the kill chain timeline and postures the system to more easily integrate future modifications and support. Block 40/45 also incorporates an improved Data Link Infrastructure that decreases the latency of data link transmissions for high priority targets, thus allowing targets to be transmitted quickly to the shooter. It also incorporates Multi-Sensor Integration of on-board and off-board sensors into a real-time database allowing for a 'single target-single track' to be displayed to the operator and transmitted to the shooter. The AWACS Block 40/45 Modification system upgrade replaces the 1970's vintage mission computer system with an open system, LAN-based architecture. The AWACS Block 40/45 Upgrade includes an upgrade to Electronic Support Measures (ESM) sensor data processing multi-source integration (MSI) a Data Link Infrastructure (DLI) with prioritized data link bandwidth management for Link 16/Link 11 new battle management tools capability to parse, allow user access to, and integrate Air Control Order/Air Tasking Order (ACO/ATO) data and enhanced mission and console recording capabilities. The AWACS Block 40/45 Upgrade provides a single target/single track capability with an improved human-machine interface for time-critical targeting designed to increase combat effectiveness and reduce fratricide. The AWACS Block 40/45 Upgrade is the largest modification in US AWACS history and represents the critical foundation and baseline system required for all future AWACS enterprise modifications including net-centric operations. E-3 Sentry (AWACS) Block 40/45 Modification