KS X ISO IEC 9314-9-2001 Information technology－Fibre Distributed Data Interface(FDDI)－Part 9：Low-cost fibre physical layer medium dependent《信息技术 光纤分布式数据接口(FDDI) 第9部分 低价光纤物理层相关媒体(L.pdf

1、 KSKSKSKS SKSKSKS KSKSKS SKSKS KSKS SKS KS 2001 12 31 http:/www.kats.go.krKS X ISO/IEC 9314 9 (FDDI)9： KS X ISO/IEC 9314 9： 2001 (2011 ) X ISO/IEC 9314 9： 2001 : ( ) ( ) ( ) : (http:/www.standard.go.kr) ： ：2001 12 31 ：2011 12 30 2011-0700 ： ： ( 02-509-7263) (http:/www.kats.go.kr). 10 5 , . X ISO/IEC

2、 9314 9： 2001 i . KS X ISO/IEC 9314 9： 2001 . A() B() C() D() E() LCF MIC F() G() ISO/IEC 9314 “ (FDDI)” . 1： Token Ring Physical Layer Protocol(PHY) 2： Token Ring Media Access Control(MAC) 3： Physical Layer Medium Dependent(PMD) 4： (KS X ISO/IEC 9314 4) 5： Hybrid Ring Control(HRC) 6： Station Manage

3、ment(SMT) 7： (KS X ISO/IEC 9314 7) 8： Media Access Control 2(MAC 2) 13： (KS X ISO/IEC 9314 13) 20： Abstract Test Suite for FDDI Physical Medium Dependent Conformance Testing(P MD ATS) 21： FDDI (KS X ISO/IEC 9314 21) 25： Abstract Test Suite for FDDI Station Management Conformance Testing(SMT ATS) 26：

4、 Abstract Test Suite for FDDI Media Access Control Conformance Testing(MAC ATS) ICS 35.200 KS (FDDI)9： X ISO/IEC 9314 9： 2001(2011 ) Information technologyFibre Distributed Data Interface(FDDI)Part 9：Low-cost fibre physical layer medium dependent ISO/IEC 9314 9： 2000, Information technology Fibre Di

5、stributed Data Interface(FDDI) Part 9： Low cost fibre physical layer medium dependent(CT PICS) Proforma . 1., 3. 4. , . 1. FDDI (LCF PMD) . FDDI (100 Mbit/s) . FDDI . FDDI 1 000 200 Km . FDDI . a) (PL) 1) (PMD) FDDI . PMD . PMD , , , , , . FDDI . PMD PMD 2 km PMD LCF PMD 500 m . PMD (SMF PMD) 100 m

6、(TPPMD) . 2) (PHY) (ISO/IEC 9314 1) (PHY2) PMD . PHY . PHY , , , . PHY . b) (DLL) X ISO/IEC 9314 9： 2001 2 1) (HRC)(ISO/IEC 9314 5) FDDI . HRC (H MUX) MAC(I MAC) . H MUX 125 s I MAC . 2) (MAC)(ISO/IEC 9314 2) (MAC2) , . , . 3) (LLC) MAC . LLC FDDI . 4) (CS MUX) I MAC . CS MUX FDDI . c) (station) (SM

7、T) FDDI . STM , . FDDI LCF PMD PDDI PHY PDDI PHY . FDDI SMT FDDI . FDDI PHY FDDI LCF PMD FDDI PMD . ISO/IEC 9314 FDDI , , . . . 2. ISO/IEC 9314 9： 2000 2. Normative reference . 3. . 3.1 (attenuation) dB 3.2 (average power) 3.3 (bypass) FDDI 3.4 (centre wavelength) 3.5 (code bit) 3.6 (concentrator) F

8、DDI PFY/PMD FDDI . PHY/PMD FDDI . 3.7 (connector plug) 3.8 (connector receptacle) / 3.9 (counter-rotating) 3.10 (dual attachment concentrator) FDDI 3.11 (dual attachment station) FDDI 3.12 (dual ring) FDDI X ISO/IEC 9314 9： 2001 3 3.13 (entitiy) OSI 3.14 (extinction ratio) , (Imin) (Imax) (Imin/Imax

9、). . (%) (PL/PH)100 3.15 (fibre) 3.16 (fibre optic cable) 3.17 (interchannel isolation) 3.18 (jiter) FDDI 3.19 , (jitter, data dependent(DDJ) 3.20 , (jitter, duty cycle distortion) 3.21 , (jitter, random(RJ) 3.22 LCFMIC (LCFMIC plug) LCF MIN 3.23 LCFMIC (LCFMIC receptacle) FDDI LCF/MIC 3.24 (logical

10、 ring) MAC 3.25 (media interface cennector(MIC) FDDI 3.26 (network(FDDI network) FDDI 3.27 (node) FDDI 3.28 (numerical aperture(NA) 3.29 (optical fall time) 90 % 10 % 3.30 (optical reference plane) MIC MIC 3.31 (optical rise time) 10 % 90 % 3.32 PMD(original PMD) ISO/IEC 9314 2 PMD 3.33 (physical co

11、nnection) 3.34 (physical link) FDDI PHY PHY 3.35 (primitive) 3.36 (receiver(optical) 3.37 (ring) 3.38 (services) FDDI FDDI 3.39 (single attachment concentrator) FDDI 3.40 (single attachment station) FDDI 3.41 (spectral width, full width half maximum(FWHM) 50 % 3.42 (station) , , FDDI 3.43 (transmitt

12、er(optical) 3.44 (trunk) X ISO/IEC 9314 9： 2001 4 3.45 (tree) FDDI 4. 4.1 ISO/IEC 9314 9： 2000 4.1 conventions . 4.2 AII (Active input Interface) AOI (Active Output Interface) ANS_Max ( )(Maximum acquisition time(no signal) AS_Max ( )(Maximum acquisition time(signal) BER (bit error rate) BERT (Bit e

13、rror rate tester) d.c (direct current) DCD (Duty Cycle Distortion(jitter) DDJ (Data dependent jitter) ECL (Emitter coupled logic) FOTP (Fibre Optic Test Procedure) FWHM (Full width half Maximum) LED (Light Emitting Diode) LCF MIC LCF PMD MIC (LCF PMD MIC ) LS Max (Maximum line state change time) MIC

14、 (Media interface Connecter) NA (numerical Aperture) NRZI (Non Return to Zero, invert on one) RJ (Random jitter) SAE (Static Alignment Error) 5. ISO/IEC 9314 9： 2000 5. General description . 6. ISO/IEC 9314 9： 2000 6. Services . 7. ISO/IEC 9314 9： 2000 7. Media interface connector specification . 8.

15、 ISO/IEC 9314 9： 2000 8. Media signal interface . 9. ISO/IEC 9314 9： 2000 9. interface signal . 10. ISO/IEC 9314 9： 2000 10. Cabling interface specification . A( ) ISO/IEC 9314 9： 2000 Annex A Testing methods . X ISO/IEC 9314 9： 2001 5 B() ISO/IEC 9314 9： 2000 Annex B Alternative cabling usage . C()

16、 ISO/IEC 9314 9： 2000 Annex C Electrical interface consideration . D() ISO/IEC 9314 9： 2000 Annex D Example of system jitter allocation . E() LCFMIC ISO/IEC 9314 9： 2000 Annex E LCF MIN requirements and testing . F() ISO/IEC 9314 9： 2000 Annex F Alternative Optical Interface Connector . G() ISO/IEC

17、9314 9： 2000 Annex G Labelling consideration . X ISO/IEC 9314 9： 2001 6 X ISO/IEC 9314 9： 2001 7 X ISO/IEC 9314 9： 2001 8 X ISO/IEC 9314 9： 2001 9 X ISO/IEC 9314 9： 2001 10 X ISO/IEC 9314 9： 2001 11 X ISO/IEC 9314 9： 2001 12 X ISO/IEC 9314 9： 2001 13 X ISO/IEC 9314 9： 2001 14 X ISO/IEC 9314 9： 2001 15 X ISO/IEC 9314 9： 2001 16 X ISO/IEC 9314 9： 2001 17 X ISO/IEC 9314 9： 2001 18 X ISO/IEC 9314 9： 2001 19 X ISO/IEC 9314 9： 2001 20 X ISO/IEC 9314 9： 2001 21 X ISO/IEC 9314 9： 2001 22 X ISO/IEC 9314 9： 2001 23 X ISO/IEC 9314 9： 2001 24 X ISO/IEC 9314 9： 2001 25 X ISO/IEC 9314 9： 2001 26