@ cabatli_53
bro do you have any information about Genesis CMS ability to detect short range ballistic missiles at final phase of flight and guide SM-2 block 4 which has capability to destroy the BM at final phase of flight!?
http://www.raytheon.com/businesses/rtnwcm/groups/public/documents/content/rtn09_bus_genesis_pdf.pdf
This PDF gives a good breakdown of capabilities between the original and Genesis.
Also here is a Janes article about it.
Under the G-Class Frigate CMS (combat management system Modernisation Programme (G-GCMP), the Turkish Naval Forces Command is implementing a comprehensive combat management, fire control and tactical datalink modernisation for its eight ex-USN FFG-7 frigates, now known locally as the G-class.
Central to this effort is the introduction of the GENESIS (Gemi Entegre Savas; Idare Sistemi) open architecture CMS, a system nurtured within the navy's own Software Development Centre in Golcuk then subsequently migrated to Havelsan for further development and production.
According to Havelsan, GENESIS modernises and expands the C2 functionality offered by the legacy FFG-7 tactical data handling system, while at the same time leveraging its original foundation to interface with ship's sensors, weapons and platform data. GENESIS has been developed by Havelsan, under the sponsorship of the navy and the Turkish Undersecretariat of Defence (SSM), as a 'common core' architecture to meet a range of ship- and shore-based requirements; other variants are being developed for the MILGEM corvette project and land-based command, control, communication, computer and intelligence (C4I) centres.
As part of the G-GCMP upgrade, the new GENESIS CMS is intended to significantly reduce anti-ship missile defence reaction time (and so increase the weapon engagement window), improve situational awareness and support tactical decision-making by exploiting modern COTS computers and network technology. Key features include automatic detection and tracking, automated reaction functionality, a multiilink capability and embedded onboard training software.
Havelsan points out that the legacy FFG-7 combat direction system suffers from a series of shortcomings including: an obsolete hardware design that comprises performance and reliability; limited track capacity (64 targets) as a result of the limited memory (386 kb) of the old AN/UYK-7 Weapon System Processor (WSP); manual tracking of air and surface targets, limiting the accuracy and number of tracks; an outdated, low-resolution human machine interface; manual decoy launching capability only; no integration of the Phalanx CIWS (operates in autonomous Mode only); and limitations in processing and communication result in slow detect-to-engage times. The company also points out that the legacy system has limited future growth capacity due to its central processor architecture.
GENESIS runs on a redundant Gigabit Ethernet LAN and interfaces with all weapon, sensor and platform systems through common subsystem interface units (SIU). A central interface unit replaces both weapon control consoles (WCCs) and is interfaced via an SIU to GENESIS, enabling all WCC functions to be performed by GENESIS consoles.
The WSP is replaced with an open and distributed architecture CMS that runs on modern COTS processors and workstations. While the Mk 92 Mod 2 fire-control system remains, the UYK-7 computer that was used as the WSP is reconfigured as a cold backup replacement of the Mk 92 WCP.
The GENESIS implementation on board the Gaziantep class sees the original Command Integration Capability equipment stripped out, with all legacy OJ-197 and OJ-194 consoles removed together with the WCCs associated with the Mk 92 fire-control system. In their place, the GENESIS fit for G-GCMP introduces eight operator consoles with dual flat panel displays; two tactical consoles with side-by-side displays; and a large screen display. Additional features include integrated video distribution with multiple topside cameras, customised commanding officer and bridge displays, and digital data recording.
According to Havelsan, GENESIS is able to manage up to 1,000 tracks, and is able to perform automatic detection, tracking and correlation with multiple radars. As well as the SPS-49 radar, the system also integrates the Decca navigation radar, IFF (identification, friend-or-foe) and Phalanx CIWS. In the latter case, Phalanx can operate in either standalone or remote modes controlled by GENESIS, offering a capability to be used against air and surface targets at short range. Also, GENESIS enables Phalanx to engage a Mk 92 target.
Harpoon is integrated into GENESIS using a six-word direct interface. Background information can be supplied to the system automatically, reducing engagement planning time and improving accuracy.
Chaff/infrared decoy control functionality is embedded in GENESIS. This enables automatic threat identification, decoy launch and speed/course to steer recommendations to maximise effectiveness.
A new MilSOFT-developed Multi Purpose Tactical Datalink System (MP-TDLS) is also being implemented. MP-TDLS provides a seamless Link 11/16 capability, with potential future growth to Link 22.
The first GENESIS fit to TCG Gemlik was completed in mid-2007 and a further three ships have since received the system.
http://ihracat.ssm.gov.tr/TR/Pages/20091226_janes.aspx
