09 47 474 7203 HARTING, 09 47 474 7203 Datasheet - Page 69
09 47 474 7203
Manufacturer Part Number
09 47 474 7203
Description
Ha-Vis Smart Patch Cable CAT.6 Yel. 2m
Manufacturer
HARTING
Datasheet
1.09_47_474_7201.pdf
(156 pages)
Specifications of 09 47 474 7203
Rohs Compliant
Yes
- Current page: 69 of 156
- Download datasheet (7Mb)
Fast Track Switching
Several Ethernet-based methods have identified this problem and eliminated it. However such methods require
each network node to implement specialized hardware for communication .
With the development of Fast Track Switching (FTS), HARTING has found a new path. FTS switches solve the
performance and deterministic problems while all other nodes require only the standard Ethernet interfaces .
Fast Track Switching uses three key features to achieve this:
A simple example serves to illustrate the superior performance of this Fast Track Switching:
An automation frame must travel on a path through 16 switches . The transmission time for the Ethernet frames
under standard switching rules is tightly dependent on the network load . Thus the transmission time for the frames
can vary widely according to the network load: a few arrive quite quickly, the majority have an average time, and a
few frames travel quite slowly .
As a reference point, a comparable cycle for one of the Field bus protocols used widely in automation applications
is shown in black . This protocol has state-of-the-art levels of determinism and transfer speeds . Sometimes the
data arrives just as fast at its destination when standard switching is used – but only sometimes .
Fast Track Switching, on the contrary, exhibits excellent results and is deterministic .
1. Preferred frames (such as automation frames) are detected first. The switch can focus on any specific part
2 . These key frames get fast-track forwarding – a cut-through process instead of store-and-forwarding . As a
3 . If the switch port needed for the forwarding is busy at that moment sending a data frame, then the
of the Ethernet header for special properties . For example, PROFINET frames are Ethertype 8892 . This
type is then monitored and evaluated if the application needs to accelerate their transmission .
result, the switch latency time is minimized .
data frame is buffered and the forwarding is aborted so that the automation frame can be forwarded
immediately . Only after the automation frame is sent is a second attempt made to send the data frame .
69
Related parts for 09 47 474 7203
Image
Part Number
Description
Manufacturer
Datasheet
Request
R
Part Number:
Description:
RJI Cord 4x2AWG 26/7 Overm. Cat54, 1,0 M
Manufacturer:
HARTING
Part Number:
Description:
RJI Cord 4x2AWG 26/7 Overm. Cat5e, 1,5m
Manufacturer:
HARTING
Part Number:
Description:
RJI Cord 4x2AWG 26/7 Overm.Cat5e, 2,0m
Manufacturer:
HARTING
Part Number:
Description:
RJI Cord 4x2AWG 26/7 Overm. Cat5e, 25m
Manufacturer:
HARTING
Part Number:
Description:
CONN HOUSING 6POS .156 W/O RAMP
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 3POS .156 W/RAMP
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 3POS .156 W/POLAR
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 5POS .156 W/RAMP
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 5POS .156 W/POLAR
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 6POS .156 W/RAMP
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 6POS .156 W/RAMP
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 6POS .156 W/POLAR
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 8POS .156 W/RAMP
Manufacturer:
Molex Inc
Datasheet:
Part Number:
Description:
CONN HOUSING 9POS .156 W/RAMP
Manufacturer:
Molex Inc
Datasheet: