- Home
- Show all categories
- Models & Clones
- A1000 Accelerators
- A1200 Accelerators
- A2000 Accelerators
- A3000 Accelerators
- A4000 Accelerators
- A500 Accelerators
- A600 Accelerators
- Bridgeboards & Emulator Cards
- CD32 Accelerators
- CDTV Accelerators
- Custom Chips
- Digtizers & Framegrabbers
- Flickerfixer & Scandoubler
- Floppy Controller
- Genlocks
- Graphics (non RTG) & Video Cards
- Graphics Cards (RTG)
- I/O Karten
- IDE Controller
- ISDN & Modem
- Keyboards & Adapters
- Kickstart Switchers
- MIDI Devices
- Misc ZORRO Cards
- Misc. Hardware
- Monitors
- Network Cards
- Processors
- RAM Expansions
- Scanner
- SCSI Controller
- Sound Cards
- Soundsampler
- Tape Drives & Backup
- Time Base Correctors
- Tower Kits
- Zorro Extenders & Busboards
- Mystery Corner
- Browse by Connection
- Sitemap
Sound Cards
Petsoff: Delfina DSP 1200
Connection: Clock Port |
Hi Res Version of Front - 134K
Hi Res Version of Back - 152K
Drivers | |
---|---|
AHI: | Yes |
Other: | No |
Delfina 1200 is based on Delfina Lite, the most successful DSP card on Zorro-II Amigas. The main difference between these two is that Delfina 1200 connects to the internal clock port of A1200. The Delfina 1200 is primarily a DSP audio card, and it is best suited for producing and recording audio with optional realtime effects. Effects can be applied on any sound produced by Delfina or external source transparently, and all the sounds produced by Delfina-capable programs or external source can be mixed into the Delfina's output. The Delfina 1200 is also freely programmable for all general computing tasks using the supplied compiler and libraries. It contains a Motorola 56002 DSP clocked at 37Mhz capable of producing 16.5MIPS up to 110MOPs. It uses a Crystal CS4231A codec with a 24bit databus and 96Kb of 12ns SRAM. The Delfina 1200 is capable of sampling at up to 48Khz in 16bit
Connections
1 x Stereo RCA Input
1 x Stereo 3.5mm input jack with optional 20dB mic amplifier
1 x Stereo RCA output
1 x Internal connector for mixing CD-ROM audio
Contributions to this page by:
Pascal Rielland, Scott Pringle
Letzte Änderung des Artikels: 2009-01-29 11:40
Revision: 1.0
You cannot comment on this entry