Just in time for Christmas, the international standard six-part series ISO/IEC 11801.x has been published.
The original ISO/IEC11801 document is the base document for AS/NZS 3080.
A project proposal to adopt these standards has been approved by Standards Australia and the project will be kicked off 21st February 2018.
The half day course addressed mandatory labelling requirements of AS/CA S009 and AS/NZS IEC 60825.1 associated with communication systems and was aimed at educating implementation and operational staff as to the obligations under the standards.
The course addressed hazard control strategies and risk mitigation techniques which included engineering controls and administrative controls associated with laser communication within customer premises.
VTI Services will be closed for the holiday season from Friday 22/12/17 and return on Monday 8/01/18.
JTC1 SC25 WG3 addresses the international standard on which AS/NZS3080 performance standards for customer cabling (Telecommunications) and associated standards are based.
The current Australian and New Zealand standard AS/NZS 3080 for generic customer cabling is based on the international standard ISO/IEC 11801 which is currently under revision. With ISO/IEC 11801 undergoing a major revision the Australian and New Zealand Standard AS/NZS3080 needs to be updated in line with ISO/IEC 11801 to remain relevant. The ISO/IEC 11801-x series is currently at Final Draft stage and is expected to be finalised on 15th September 2017.
Work continues on the amendment of AS/NZS 3080 (ISO/IEC 11801) along with revision of AS/CA S008 and AS/CA S009 (Mandatory Standards).
The Communication Alliance working committee (WC80) started the revision of AS/CA S008 and AS/CA S009 on Tuesday 13th June 2017.
“AS/CA S008 Requirements for customer cabling products” and “AS/CA S009 Installation requirements for customer cabling (Wiring rules)” are mandatory standards called up by the Telecommunication Act and the Cabling Provider Rules and are regulated by the Australian Communications and Media Authority (ACMA).
Mandatory Standards within the Australian Marketplace had traditionally provided a level of comfort that the cabling products utilised within Australia were safe.
In recent times however, due to disruption in the traditional supply chain brought about in part by direct purchasing from overseas over the internet and by new players entering the marketplace that are not familiar with local regulations or choosing to ignore them has seen non approved products being supplied and installed within Australia.
Coupling Attenuation is to be an optional in-field test for installation conformance testing
While it is possible, it will not be a perfect fit.
The adopted changes to the Building Code of Australia appear not to address adequate pathways and space requirements for future deployment of Internet of Things technologies nor have a common carrier lead-in requirement.
AS/NZS 14763.3 was published on Friday 3rd February 2017.
With the publication of AS/NZ 14763.3:2017 fibre testing, the requirements now align with current international standards.
Key elements of change from the previous version include
The adoption of the draft ISO/IEC 11801-1 OS1 (AS/NZS3080) will see the likely inclusion of 1383nm optical attenuation requirements for OS1 “cabled optical fibre” (optical fibre cores within a cable).
The inclusion of 1383 nm requirements for cabled optical fibre was originally specified for OS2, which was introduced as a low water peak cable with specified optical attenuation requirements at 1383nm and additionally had better optical attenuation characteristics at 1310nm and at 1550nm than that of OS1.
VTI Services will be closed for the holiday season from Friday 23/12/16 and return on Monday 16/01/17.
Any test verification or pricing work will need to be submitted by COB 16th December 2016 if required before the Christmas break.
While OM1 will still be deployed in the marketplace to match legacy systems, the utilisation on green-field sites looks to be at an end for OM1 with the minimum fibre set to be specified as OM3 (50 µm).
OM1 and OM2 were originally specified as either 62.5 or 50 µm, with the market typically specifying OM1 as 62.5 µm, while OM2 gained little market share and with the advent of laser optimised OM3 at 50 µm, OM2 saw very low levels of adoption.
ISO/IEC 11801-6 is currently at DIS (Draft International Standard) stage of development and its planned adoption will see some fundamental changes to how structured cabling is implemented within customer premises.
ISO/IEC 11801-6 cabling looks to support non user specific services and looks to establish communication pathways between these systems to share information with the added challenge that a number of these services require power from the same cable for the system to operate.
Wide band fibre has taken the next step for inclusion within ISO/IEC 11801 with the voting on the naming convention for the new optical fibre class concluding.
International voting for the naming convention revealed substantive support (72%) for the identifier OM5 which is in line with the Australian committee position.
OM5 Fibre will be optimized for operation between 850 to 953 nm and envisaged to deliver 100 Gb/s to 100 metres over two cores
Patch cords (balanced cords) are proving to be the weak point in the reliability of networks. Irrespective of the quality of structured cabling system, poorly performing and unreliable patch cords are having a devastating impact on infrastructure network operations along with the safety and security systems that run over them.
The performance obligations for patch cords goes well beyond just utilising appropriate cabling components to construct patch cords.
Work is entering the final stages on the draft for the Digital Hospital handbook.
The primary drivers for the handbook development are to help create a set of principles and recommendations to provide guidance in the design and implementation of new and refurbished digital hospitals.
The framework for the handbook is intended to help in the establishment of the seamless integration of:
The publication of the international standard ISO/IEC 30129 INFORMATION TECHNOLOGY – TELECOMMUNICATIONS BONDING NETWORKS FOR BUILDINGS AND OTHER STRUCTURES and the upcoming revision of AS/CA S009 INSTALLATION REQUIREMENTS FOR CUSTOMER CABLING (WIRING RULES), will mean the earthing/bonding requirements associated with telecommunication cabling systems within customer’s premises are likely to be substantially different from what we currently have.
AUSTRALIAN STANDARDS TECHNICAL COMMITTEE CT-001 HAS AGREED TO SUBMIT PROJECT PROPOSALS TO AMEND AS/NZS3080 AND SUPPORTING DOCUMENTS
CT-001 Australian Standards committee meeting held on the 19th October 2016 has agreed to the Standards and Technical reports to be submitted for project approval to Standards Australia for adoption as Australian and New Zealand standards and technical reports.
With the development and approval of IEEE 802.3bz 2.5/5.0 Gb/s over twisted pair, organisations are looking to capitalise on their investment in their existing infrastructure to achieve higher data rates without the need to upgrade infrastructure.
As we move into a digital disturbed world where IoT (Internet of Things) technologies change the way the traditional services are delivered, the existing safeguard that we have previously relied on may no longer be adequate to address the importance of communication technology systems on the delivery of safety, security and service delivery.
Day 4 of SC25 WG3 points of interest dealt primarily with one pair cabling in support of Ethernet and Remote power.
It would appear that work will start on 15m links as soon as ISO/IEC 11801-6 is published.
The initial work on one pair deployment outside of the 15m links is likely to start outside the ISO/IEC 11801 framework.
It looks like IoT is hitting the physical layer with data and power being the key deliverables.
Day 3 of SC25 WG3 addressed the proposed implementation of 25 GBits over existing infrastructure and the possible changes to the bonding standard ISO/IEC 30129 to put more emphasis on mesh grounding.
The key discussion related to how a one pair cabling that delivers both power and data can be incorporated in ISO/IEC11801 or associated documents.
The issue of heat rise in cables addressed today in ISO/IEC 14763-2 working group.
From the work undertaken by the group and supported by round robin testing from univeristies across Europe and US, Indications are that there are no fire risks on remote powered cables.
There are issues with cabling performance, particularly for performance elements that are effected by length.
Murray Teale (Technical Director of VTI Services) is in Germany this week to represent Australia at the ISO/IEC JTC 1/SC 25 WG3 meeting to address remote power fed devices.
0.75 A per conductor should make for an interesting debate.
Following a challenge to the validity of the Standards and additional requirements criteria Policy an internal and external review was undertaken against the requirements of AS/NZS ISO/IEC 17020.
The external party was a subject matter expert on ISO/IEC 17020 and ISO/IEC 11801.
NATA also reviewed the document on request.
The outcome of the internal and external review did not alter the requirements of the Policy however editorial content was changed.
On Tuesday 2nd August NATA carried out a technical audit of VTI Services.
Included in the audit was the confirmation of the validity of issuing reports to third parties on creation if the requirement has been specified within the additional requirements criteria.
The process utilised was deemed valid.
VTI Services additionally undertook to change its scope of accreditation to embrace infield services. These new services will be announced once the scope has been finalised.
Advanced Testing & Analysis of LAN Optical Fibre Training New training dates announced:
Date: 26th June 2015
Date: 9th July 2015
Date: 23rd July 2015
VTI Services have become major Sponsors for Somerset Arts Awards in July 2015.
The exhibition and awards is a huge event with over 80 artists from all over S.E Qld and Northern N.S.W entered in 2013. This year it is shaping up to be even bigger.
As part of our ongoing commitment to the industry, VTI Services is issuing Technical Bulletins that provide guidance on High Impact industry issues. To Subscribe visit: http://www.vti.net.au/technical-bulletins
Technical Bulletin TB002 - Fibre Launch requirements for MMF and SMF Testing-Encircled Flux is available to read and download:
Please note that Encircled Flux requirements will effect compliance of NATA reports generated by VTI Services as of 1st July 2014.
All Multi-mode test results used to establish conformance dated 1/7/2014 and beyond including LSPM and OTDR will need to establish encircled flux compliance at the output of the (light) source.
This can be achieved by:
VTI Services is currently investigating the compliance of products to mandatory and performance standards. Early indications reveal that compliance requirements are not widely understood by suppliers and installers and its unclear if the regulator has adequate visibility to products in the marketplace. A number of products have been identified as failing to meet mandatory and performance requirements.
Murray Teale (Technical Director of VTI Services and Chair of CT-001 committee) is presenting at next weeks 2014 Annual BICSI South Pacific Conference held in Brisbane with his presentation “Remote Power Feeding – has the 'proverbial' hit the fan?” Come see Murray speaking at 2.45 – 3.30 pm Tue 13 May.
In 2004, 60-75 % of all Fibre backbone test results and 40-45 % of all TP Telecommunication Outlet Test results assessed were found to be Non-Compliant. We're glad to say that our levels have dropped significantly to have produced comparable results in 2013 of 30.6 % of all Fibre backbone test results and 23.0 % of all TP Telecommunication Outlet Test results being found Non-Compliant.
Remote power feeding over telecommunications cabling has become a hot issue for the industry. Work is currently being undertaken internationally and in Australia to address potential safety and performance issues. It is proposed that 100 watts of power will run over telecommunications cabling to support applications like lighting. ISO IEC JTC1 WG3, CECRP, CT1, CENELEC and IEEE 802.3 Working Groups are currently addressing the related issues associated with remote power feeds. The remote power feeds issue effects more than POE applications
The amendment to ISO IEC 114763-3 passed the voting round for adoption. This standard includes new pass fail limits for link and channel testing and modifies test methods for channel and permanent link testing. The 1 cord referencing method remains a valid method of testing. This work will need to be adopted by Australia for the changes to be implemented within AS/NZS 14763-3.