Analog Way Saphyr - Manual (Page 15)

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4.4 Cable and adaptator information
A large choice of cables and adaptors are compatible with the Saphyr. Please refer to the hardware
specifications chapter to find the most suitable cables for your operations.
For each type of signal, here are the levels and the impedance accepted by the Saphyr.
4.4 Cable and adaptor information
4.5 Hardware specifications
4.5.1 Signal descriptions
Type Levels Impedance
Composite 0,7 Vpp + 0,3 Vpp 75 Ω
S. Video Y = 0,7 Vpp + 0,3 Vpp
C = 0,7 Vpp
75 Ω
YUV Y = 0,7 Vpp + 0,3 Vpp
U = 0,7 Vpp
V = 0,7 Vpp
75 Ω
RGsB R = 0,7 Vpp
G = 0,7 Vpp + 0,3 Vpp
B = 0,7 Vpp
75 Ω
RGBS
R, G, B = 0,7 Vpp R, G, B = 75 Ω
S = 0,3 Vpp 75 Ω
or
S = TTL
Type Levels Impedance
YUV Y = 0,7 Vpp + 0,3 Vpp
U = 0,7 Vpp
V = 0,7 Vpp
75 Ω
RGsB R = 0,7 Vpp
G = 0,7 Vpp + 0,3 Vpp
B = 0,7 Vpp
75 Ω
RGBS
R, G, B = 0,7 Vpp R, G, B = 75 Ω
S = 0,3 Vpp 75 Ω
or
S = TTL
Type Characteristics
SD-SDI YUV - 10 bits – 4.2.2 - 270 Mb/s
No payload ID management
Only A-level type
DVI RGB ou YUV – 8 bits – 4.4.4 – 16/235 - TMDS
HDMI RGB or YUV – 8 bits – 4.4.4 or 4.2.2
– 16/235 – TMDS
Type Levels Impedance
YUV Y = 0,7 Vpp ±0,3 Vpp
U = 0,7 Vpp ±0,3 Vpp
V = 0,7 Vpp ±0,3 Vpp
75 Ω
RGsB R = 0,7 Vpp ±0,3 Vpp
G = 0,7 Vpp ±0,3 Vpp
B = 0,7 Vpp ±0,3 Vpp
75 Ω
Type Characteristics
HD-SDI YUV - 10 bits – 4.2.2 – 1,485Gb/s and
1,485/1.001Gb/s
Only A-level type
Input and output payload ID management
for HDTV format only
3G-SDI YUV - 10 bits – 4.2.2 – 2,97Gb/s and
2,97/1.001Gb/s
Only A-level type
Input and output payload ID management
for HDTV format only
DVI RGB or YUV – 8 bits – 4.4.4 – 16/235 - TMDS
HDMI RGB or YUV – 8 bits – 4.4.4 or 4.2.2
– 16/235 – TMDS
Type Characteristics
DVI RGB or YUV – 8 bits – 4.4.4 – 16/235 - TMDS
HDMI RGB or YUV – 8 bits – 4.4.4 or 4.2.2
– 16/235 – TMDS
Analog SDTV
Analog EDTV
Digital SDTV
Analog HDTV
Digital HDTV
Digital EDTV
These formats are compatible with bi-level and tri-
level sync on 1 or 3 wires.