Details
Features
- High speed, high resolution
- OB pixels for on-chip offset and noise corrections
- Output data compression
- Binning for higher FWC, DR and SNR
- Dual exposure HDR mode
- External trigger and exposure control possible
- Image statistics gathering
- Pin compatible with CSG14K
Benefits
- High SNR for 1/1.1" optical format solutions
- High performance applications
- Capture fast moving objects
- Small camera size
- Operation modes tailored to application needs
Parameters
Resolution
8
MP
Shutter type
Global
Frame rate
max.
231
fps
Optical format
3/4"
Dynamic range
69.1
dB
Pixel pitch
3.2
µm
3.2
µm
Function
area scan
Integration time
min.
36.7
µs
CRA
No
Package
LGA
Package dimension
h
2.75
mm
l
22
mm
w
20
mm
Cover glass
Anti-reflective coating
CFA option
Mono
RGB
ADC mode
10
bit
12
bit
Channels
output
16
Interface
output
Low-voltage differential signaling
Output interface speed
1250
Mbps
Application fields
Ordering codes
Product Type | Description | Order No. | Availability |
---|---|---|---|
CSG8K-1E5M1LA | Q65114A0074 |
Status information
Full production
Pre-production
Not planned for new design
Ordering and shipping are still possible
Discontinued
|
|
CSG8K-1E5C1LA | Q65114A0080 |
Status information
Full production
Pre-production
Not planned for new design
Ordering and shipping are still possible
Discontinued
By clicking this button you will be transferred to the dedicated site of our logistics partner, Mouser Electronics where your purchase can be completed. Your payment and order details provided for this purpose will be shared between Mouser Electronics and ams OSRAM. More details on the data processing in question can be found in the Privacy Policy of the Mouser shop.
Buy From Distributors:
Mouser
Buy now
|
Downloads
Datasheets
Datasheet
Technical documents
Factsheet
Environmental documents
Material declaration form
Material declaration form
RoHS certificate
Images
Images
Block diagram
Product selector
Find the right product.
More CMOS image sensors
Innovative small form factor, high sensitivity and power efficient CMOS image sensors.