1    
Scope           
 2     References 
 3     Definitions 
        3.1     Terms defined elsewhere        
        3.2     Terms defined in this Recommendation            
 4     Abbreviations and acronyms              
 5     Conventions             
 6     Characteristics of nodes for customer indoor premises          
        6.1     General requirements              
        6.2     Housing           
        6.3     Fibre management system     
        6.4     Eye safety       
 7     Performance evaluation test programme     
 8     Sample preparation               
Annex A – Performance evaluation criteria     
        A.1     Mechanical and sealing evaluation      
        A.2     Optical evaluation      
Annex B – Performance test programme for indoor temperature controlled (IC) and
indoor non-temperature controlled (IN) nodes     
        B.1     Mechanical and sealing evaluation      
        B.2     Optical evaluation       
Appendix I – Product characterization checklist     
Appendix II – Japanese experience – optical wall outlets  (flush mounted and
surface mounted) in Japan     
       II.1     Introduction   
       II.2     Light shielding shutter 
       II.3     Solution components 1 – Optical wall outlet (flush mounted)   
       II.4     Solution components 2 – Optical wall outlet (surface mounted)              
Appendix III – Chinese experience – Extender boxes and optical wall outlets    
      III.1     Introduction   
      III.2     Extender box 
      III.3     Optical wall outlet        
Appendix IV – Chinese experience – Optical wall outlets with splitters in an
FTTR solution     
       IV.1     Introduction  
       IV.2     Optical wall outlets with splitters in FTTR solution        
Appendix V – Indian experience – Subscriber premises box (SPB) for home
termination     
        V.1     Introduction  
        V.2     Subscriber premises box (SPB) (Type-I in [b-TEC 87030])             
        V.3     Attributes of SPB         
        V.4     Examples of SPB          
Bibliography