It is currently used in many of Sony Alpha DSLRs. Image processing in camera converts the raw image data from a CCD or CMOS image sensor into the format that is stored on the memory card. This processing is one of the bottlenecks in digital camera speed, so manufacturers put much effort into making, and marketing, the fastest processors for this step that they can. Some of the models that use the BIONZ image processors are DSC-W150, DSC-W170, DSC-W210, DSC-W350 etc.
Similar MegaChips processors had been used in the DSLR-A100 (MA07169) as well as in the Konica Minolta 5D (MA07168) and 7D (MA07168), implementing Konica Minolta's CxProcess III running under MiSPO's NORTi/MIPS, an RTOS following the µITRON standard.
The original BIONZ processor MA07170 was also used in the DSLR-A200, DSLR-A300, and DSLR-A350. The DSLR-A850 and DSLR-A900 even used two such chips in parallel. The DSLR-A230, DSLR-A290, DSLR-A330, DSLR-A380, and DSLR-A390 used the MA07171 instead.
The next major BIONZ generation was utilizing the Sony CXD4115 as image processor in the DSLR-A450, DSLR-A500 and DSLR-A550 as well as the revised CXD4115-1 in the DSLR-A560, DSLR-A580, SLT-A33, SLT-A35, SLT-A55 / SLT-A55V, NEX-3 / NEX-3C, NEX-5 / NEX-5C, NEX-C3, and NEX-VG10. While the DSLR-A450, DSLR-A500 and DSLR-A550 still used a proprietary operating system (most probably NORTi as well), all later models are Linux-based (CE Linux 6 with kernel 2.3).
The following camera models utilize a Sony CXD4132 series chip as multicore BIONZ processor: SLT-A37, SLT-A57, SLT-A58, SLT-A65 / SLT-A65V, SLT-A77 / SLT-A77V, SLT-A99 / SLT-A99V / HV, NEX-F3, NEX-3N, NEX-5N, NEX-5R, NEX-5T, NEX-6, NEX-7 / Lunar, NEX-VG20, NEX-VG30, NEX-VG900, NEX-FS100, DSC-RX1 / DSC-RX1R, DSC-RX100 / Stellar /Sony DSC-RX100M2 .
Some recent Sony cameras use a significantly enhanced image processor based on the Sony CXD90014 series dubbed the BIONZ X, including the ILCE-7 / ILCE-7R, ILCE-5000, ILCE-6000, DSC-RX10, Sony Alpha 77 II and DSC-RX100 III. It features, among other things, detail reproduction technology and diffraction-reducing technology, area-specific noise reduction and 16-bit image processing + 14-bit RAW output.  It can handle up to 10 frames per second and features Lock-on AF and object tracking.
- Sony 2008
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