Autonomous Vehicles

In the coming weeks, we will be discussing different aspects of autonomous vehicles in this blog. Everyone is familiar, at least at a high level, with the concept of an autonomous vehicle or in other words a vehicle that can drive itself. However, the complexities to make this happen are amongst the biggest challenges in engineering today. Imagine all the different scenarios and corner cases that we humans deal with today when we drive. We must negotiate rush hour traffic, anticipate a child running in front of our car, weave around debris in the road, merge into high-speed traffic, react to traffic signals, follow detour signs and so much more. These do not seem like a big deal to humans because we have a highly developed brain, but how do we train a computer or series of computers to perform these tasks without failure?

The answer has many facets that we will explore, including how modern technology such as cameras, FPGAs, lidar and artificial intelligence are used and what does “autonomous” really mean? We will begin the exploration in the next post by discussion the 5 levels of autonomy as defined by the Society of Automotive Engineers (SAE).

Host CPU Offload Product Features Summary
wdt_ID Speed 1G 10G 10G 10G 10G/40G 10G/40G 100G 100G 100G 100G
1 Model ANIC-4Ku ANIC-20Ku ANIC-40Ku ANIC-40Kq ANIC-80Ku ATLAS-1000
Platform
ANIC-100Kq ANIC-200Ku ANIC-200K
Flex
ANIC-200Kq
2 Port/Type 4 X 1G SFP 2 X 10GSFP+ 4 X 10GSFP+ 1 X 40G4
X 10GQSFP+
2 X
40G8 X
10GQSFP+
SFP+
2 X
40GQSFP4
X10GSFP+
1 X
100GQSFP28
2 X
100GCFP4
2 X
40G2 X
100GQSFP28
2 X
100GQSFP28
3 PCIe Interface Gen3 x8 Gen3 x8 Gen3 x8 Gen3 x8 Gen3 x8 Gen3 x8 Gen3 x16 Gen3 x16 Gen3 x16 Gen3 x16
4 Dimensions
(H x L inches)
4.25 x 6.5   4.25 x 6.25 4.25 x 6.25 4.25 x 6.25 4.25 x 6.25 1.75 x12.28x14 4.25 x 10.5 4.25 x 10.5 4.25 x 6.5 4.25 x 10.5
5 Memory 32MB 4G 4G 4G 4G 16/32G 12G 12G 8G 12G
6 Timestamp 5.7 nS 5.7 nS 5.7 nS 5.7 nS 5.7 nS 5.7 nS 4 nS 4 nS 4 nS 4 nS
7 100% Packet
Capture
8 Gigamon, Arista
Timestamp
9 Packet Merging
10 Packet Parsing

About Accolade

Accolade is the technology leader in FPGA-based Host CPU Offload and 100% Packet Capture PCIe NIC’s and Scalable 1U Platforms. Accolade’s line of 1-100GE products enable 100% packet capture, flow classification, flow shunting, deduplication, packet filtering and more. Our customers are global leaders in network monitoring & cybersecurity applications as well as in the network test and measurement, telecom and video stream monitoring markets.

FPGA Acceleration Features

100% Packet Capture | Flow Classification | Flow Shunting | Precise Time Stamping | Packet Merging | Packet Slicing | Packet Parsing | Packet Filtering | Deduplication | Host Packet Buffer | Packet Steering | Direct Memory Access (DMA) | Statistics (RMON1)

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