The document discusses real-time 4K JPEG2000 compression for broadcast and digital cinema using GPUs. It notes that as image quality improves, data volume increases dramatically from 2K to 4K to 8K resolutions. It introduces Comprimoto's JPEG2000 GPU codec, which enables real-time 4K and 8K compression and decompression using multiple GPUs. The codec is compatible with industry standards and can perform lossy and lossless compression. It also discusses performance benchmarks showing the GPU codec can achieve 4K 60fps encoding and decoding in real-time, using fewer servers and hardware resources than CPU-based solutions.

1. REAL-TIME 4K JPEG2000 FOR
BROADCAST AND DIGITAL CINEMA
JIŘÍ MATELA
@COMPRIMATO

2. IMAGE QUALITY CONSTANTLY
IMPROVES

5. WHAT WILL BE NEXT?

8. DATA
VOLUME
INCREASE RATIO
1
10
75
1
10
100
2K
@24p
12bit
4K
@60p
12bit
8K
@120p
12bit

9. COMPRESSION

10. JPEG2000 GPU CODEC

11. 4K AND 8K
DCI AND BROADCAST
COMPATIBLE W/ IMF AND MXF
LOSSY AND LOSSLESS
COMPRIMATO
JPEG2000 GPU CODEC

12. FULLY ON GPU
PERFORMANCE SCALES W/ # GPUS
HIGH PRECISION FLOATS
WINDOWS / LINUX / MAC
COMPRIMATO
JPEG2000 GPU CODEC

13. GPUS ENABLE 4K @ 60P REAL-TIME
PROCESSING

14. 4K PERFORMANCE
0
20
40
60
80
100
120
140
160
180
4K
GPU
Encoding
4K
GPU
Decoding

15. 4K 60P DEMO

16. 4K 60P DEMO
HARDWARE COSTS

17. JPEG2000 HW COSTS
$0
$50,000
$100,000
$150,000
$200,000
$250,000
GPU
Price
CPU
Price
4K
encoding
system
30H
per
hour
7
GPU
servers
vs
22
CPU
servers
21
GPUs
vs
352
CPU
cores
$
30,000
$
210,000

18. THANK YOU
JIRI@COMPRIMATO.COM
@COMPRIMATO