Manufacturer “Digital Processing Systems”
11 expansions in database
AD-3000 MicroSync & MicroSync-X Personal Animation Recorder Personal Component Video Adapter Personal TBC Personal TBC II Personal TBC III Personal TBC IV & TBC IV Plus Personal V-Scope Personal VDA Personal Video Routing Switcher
realtime digitizer
realtime capture card for the Personal Animation Recorder DR-3150
PAL only
full proc amp controls, freeze frame and freeze field
connects to the PAR with a 50 pin ribbon cable via the Component Video Exchange (CVE) bus
composite (BNC), S-VHS, component (3 BNC) inputs
front side
video synchronizer
unlike infinite window TBCs, the MicroSync features four-field composite processing - this eliminates the need to separate the incoming video signal into chrominance and luminance components
delivers transparent, stable video, free of bandwidth limitations or comb filter artifacts
any direct color or monochrome signal can be connected, such as the output of a satellite receiver or camera
cannot process non time base corrected heterodyne signals, such as those from U-Matic or VHS machines - for those sources, the MicroSync can be mixed with the Personal TBC 4 Plus wideband TBC card
selectable frame and field freeze, variable strobe, digitally controlled proc amp settings, selectable hot-switch modes, dual clamp speeds, genlock loop, RS-232 serial control
four-field, two-field and hot frame modes, automatic bypass upon loss of power, nonvolatile proc amp memory, adjustable vertical blanking width
controlled via the serial port
animation recorder
DR-2150 NTSC, DR-3150 PAL
replaces the record VCR and single frame controller
allows animation sequences to be recorded to a video tape recorder and played back in realtime (up to 60 fields per second) direct from hard disk
avoids bad edits, missed frames and dropouts well known to VCRs
variable speed playback
random access still frame retrieval
supports direct rendering of all common Amiga image formats including IFF24 and Video Toaster frame store files
can also be used to build sequences from pre-rendered image files
the image data is stored on the PAR hard disk as compressed digital 4:2:2 image file in 752×576 (PAL) or 752×480 (NTSC) resolution
one or two dedicated video hard disks connect to the PAR's IDE interface
maximum 4 GB capacity (1.5 hour video)
composite (BNC), S-VHS and CAV (Betacam/MII) (3 BNC) outputs
composite genlock input (BNC)
5.5 MHz video bandwidth
60 dB S/N ratio
the DR-2150 can be combined with the Personal TBC IV to perform real time video capture for rotoscoping, time lapse and other special effects
the DR-3150 can be combined with the AD-3000 real time video capture card
for recording audio the PAR can be combined with the AD516 via SMPTE
PAR DR-3150 (PAL), front side
PAR DR-2150 (NTSC) Rev 3, front side
PAR DR-2150 (NTSC) Rev 2, front side
Advert (US) 1993-06
video adapter
adds S-VHS input and output to Newtek's Video Toaster
NTSC only
no software required
front side
time base corrector
infinite window correction
composite and S-VHS inputs and outputs
all I/O connectors are RCA, although RCA to BNC adapters were supplied
no provision for freeze frame effects or for control of proc amp parameters
the only control was a spring loaded toggle switch on the rear connector tang which was used to adjust system phase timing
NTSC only
front side
Advert (US) 1991-04
time base corrector
VT-2000 NTSC, VT-3000 PAL
infinite window correction
full frame time base corrector / synchronizer
composite and S-VHS inputs and outputs
reference video input, advanced sync output
genlock capability and infinite window timing
ideal for A/B roll editing
software control of proc amp, timing and colour balance
3.5 MHz (PAL) or 5.5 MHz (NTSC) bandwidth
58 dB S/N ratio
controlled via the serial port
front side
Advert (US) 1991-12 Advert (US) 1992-03
time base corrector
infinite window (3 fields) correction
composite and S-VHS inputs
reference video input, advanced sync output
can be used to interface virtually any VCR, laser disc player or camcorder to production switcher or computer video systems including the Video Toaster
special effects: rock solid freeze (both field and frame), variable strobe, forced monochrome
all video proc amp functions, system timing, scene memories and even color balance can be adjusted by software
2.5 MHz composite bandwidth, 5.5 MHz S-VHS bandwidth
58 dB S/N ratio
NTSC only
controlled via the serial port
front side
Advert (US) 1992-10
time base corrector
component digital 4:2:2 processing
infinite window (3 fields) correction
composite, wideband S-VHS, reference video and GPI freeze trigger inputs
composite, wideband S-VHS and advanced sync outputs
full proc amp and colour balance, horizontal and vertical Y/C delay, freeze field, freeze frame, variable strobe, film-mode strobe, GPI freeze, memory store / recall, genlock timing
when combined with the Personal Animation Recorder :
the TBC IV functions as a live video capture board for the DR-2150 card
connects to the PAR with a 50 pin ribbon cable via the Component Video Exchange (CVE) bus
with this combination live video can be recorded on the animator's hard drive
NTSC only
2.5 MHz (VT-2600) or 5.5 MHz (VT-2600WB) composite bandwidth, 5.5 MHz S-VHS bandwidth
58 dB S/N ratio
optional DC-2600 Wideband Comb Filter Decoder daughtercard:
3-line adaptive comb filter decoder boosts the composite bandwidth from 2.5 MHz to 5.5 MHz, making it suitable for use with U-Matic-SP VCRs
included with the TBC 4 Plus
controlled via the serial port
front side
Advert (US) 1993-09
VM-2000 NTSC, VM-3000 PAL
the world's first waveform monitor and vectorscope for desktop video
produces a digitally synthesized waveform monitor and vectorscope display that can be superimposed onto any video signal
provides a buffered video output, a superimposed (software controlled) video output, a full-time waveform / vector video output
when combined with the Personal TBC II , III or IV , the V-Scope provides a fully integrated video processing, manipulating and monitoring environment
test signals: SMPTE colour bars, E/A bars, full field bars, bars / luma bars, bars / red, bars / reverse bars, bars / modulated timing pulses, luma only bars, multiburst 60 and 100 IRE, line sweep 0-4.2 MHz, chroma sweep 0-500 kHz, pulse and bars with window, convergence grid, black field 7.5 IRE, gray field 50 IRE, white field 100 IRE, red field, modulated 5 step, luma 5 step, modulated ramp, luma ramp, demodulator alignment ramp, FCC composite, NTC7 combination, multi pulse, sin (x)/x, matrix
software control
controlled via the serial port
selection of waveform / vector modes
enable / disable superimpose mode
integrated control with Personal TBC III
vector scope
displays colour component signals
graticule targets for colour bars test signal
linear quadrature decoder
waveform monitor
displays video signal level
graticule calibrated in IRE/m volt scales
2H and 1H display modes
switchable low pass filter
DIP switch settings
1 ON OFF - baud rate - 31250 bps (Amiga built-in serial port) - 9600 bps (IBM PC or A2232)
2 ON OFF ON OFF ON OFF ON OFF
3 ON ON OFF OFF ON ON OFF OFF
4 ON ON ON ON OFF OFF OFF OFF
- power up mode - full screen waveform (1-H) - full screen waveform (2-H) - full screen vector - waveform (1-H) / vector overlay - waveform (2-H) / vector overlay - waveform / vector split screen - waveform (LPF) / vector split screen - full screen waveform (LPF)
front side
front side
Advert (US) 1992-04 Advert (US) 1992-05 Advert (US) 1992-10
video distribution amplifier
VDA-1000 for XT slot, VDA-1050 for Zorro II slot
can drive four 75 ohm terminated loads from one video input
the video input is AC coupled and features a switchable 75 ohm input termination
ideal for tape duplication, multi-monitor point of sale systems, distributing genlock reference to multiple devices, increasing isolation between devices by eliminating loop-throughs
front side
front side
composite video routing switcher
provides video monitor switching for multiple MicroSync or Personal TBC IV cards
contains a 4×1 and an 8×1 switching matrix
the 4×1 matrix inputs are connected to BNC connectors located on the back of the card
inputs to the 8×1 matrix originate from the card edge (ISA) connector, so this switching matrix is unused in Amiga systems (it is limited to use with the DPS ES-2000 rackmount expansion system)
the outputs of either matrix can be routed to a BNC connector or to the card edge connector
can be controlled via the serial port with the control software of the Personal TBC or MicroSync cards
front side