KRO/99 (HIGHBAND) Slide 1
23
KRONE HIGHBAND
KRONE Communications
KRO/99 (HIGHBAND) Slide 2
23
Contact Principle
Insulation clamping ribs, on
both sides of the contact, hold
the wire firmly in position and
isolate the contact area from
vibration and other forms of
mechanical stress.
KRO/99 (HIGHBAND) Slide 3
23
Contact Principle
Contacts angled at
45
45
°
° leave more wire between contact points
Contacts angled at
90
90
°
° produce a point of weakness
KRO/99 (HIGHBAND) Slide 4
23
Agenda - Highband
Highband Principle
Performance Results
Why Highband?
Applications
Reference Sites
Next Generation
KRO/99 (HIGHBAND) Slide 5
23
Highband, the Challenge...
Reduce NEXT
Reduce Capacitate Coupling
Consider this...
+-
+-
+-
KRO/99 (HIGHBAND) Slide 6
23
Contact Principle
30% reduction in
contact mass
Transmission length
reduced from 72mm to
13mm
Series 2 HIGHBAND 8
KRO/99 (HIGHBAND) Slide 7
23
Contact Pitch
Highband
Pitch 3mm
between
each leg of
the pair
Highband
pitch of
12.6mm
between
each pair
Series 2
Constant
pitch at
4.8mm
KRO/99 (HIGHBAND) Slide 8
23
Performance
Standard Performance
100MHZ
……..…
40db
…………….…..
63db
100MHZ
(db)
KRO/99 (HIGHBAND) Slide 9
23
Features and Benefits?
Standard Compliant
– Enhanced CAT 5
– Link Class “E”
Mounting Systems
– Backward Compatibility
– Compact Frame
– One Tool Will Do
– Range - 8, 10, 16, 20
– Compact 8
– Accessories
– Test Cords,
– Disconnect Plugs
Patch By Exception
KRO/99 (HIGHBAND) Slide 10
23
Physical Solution
Building Distributor
Floor Distributors
Consolidation Points
Terminal/Workstation
Outlets
KRONE Building Cabling
KRO/99 (HIGHBAND) Slide 11
23
Reference Sites
Chep Lap Kok, Hong Kong
Ansett Australia
Sydney Stock Exchange, Australia
Siemens, Australia
University of South Australia
Skilled Engineering
City of Port Adelaide Council
Apin Army Base
Deakin University
CSIRO
Auckland University
Glaxo Smith Kline UK
KRO/99 (HIGHBAND) Slide 12
23
HIGHBAND…. The Next Generation
PremisNET ULTIM 8
AccessNET HIGHBAND 10
Ö
Ö
KRO/99 (HIGHBAND) Slide 13
23
Agenda - ULTIM 8
Why Develop ULTIM 8?
Mechanically - How We Did It…..
Electrically - What We Achieved…..
Features and Benefits
Applications
Reference Sites
KRO/99 (HIGHBAND) Slide 14
23
Why Develop ULTIM 8?
HIGHBAND well exceeded the standard requirements
HIGHBAND offered maximum headroom to the standard requirements
HIGHBAND could support all applications - existing and on the horizon
KRO/99 (HIGHBAND) Slide 15
23
Because…..
The BAR was raised!
Category 6 was proposed
Full duplex transmission systems desired
Gigabit and Tetrabit
Who says it won’t happen!
mbps
0
50
100
150
1960 1970 1980 1990