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The impact of ring access network, For Business Customers On the shape of the Cable Network

The impact of ring access network, For Business Customers On the shape of the Cable Network. The usual copper network. FP Flexibility Point. Local Exchange. The usual copper network (2). Zone of a FP. R 1 km ?. The mapping of the FP. FP.

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The impact of ring access network, For Business Customers On the shape of the Cable Network

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  1. The impact of ring access network,For Business CustomersOn the shape of the Cable Network

  2. The usual copper network FP Flexibility Point Local Exchange

  3. The usual copper network (2) Zone of a FP R 1 km ?

  4. The mapping of the FP FP For the copper network and the mobile network, the mapping of the FP or the BTS is often shown as on this pattern FP

  5. Ring structure This sketch is focussed on a SDH ring with some Add/Drop Muxes

  6. Addition of Flexibility Points in the Ring Structure Share of the network between Transport : Node FP Distribution : FPFP FP FP Issue of way : from the node and to the node. In a cable, management of the way of every fibre. (Not so simple that on the sketch) FP Node

  7. The range of the FP or couple of FP L1 L2 R FP FP1 FP2 In a tree and branch local loop, servicing area of a FP : a circle In a ring structure, servicing area of a couple of FPs : an ellipse

  8. B M A C Introducing a 3rd FP What area will be covered by the couple B-C, C-A and A-B ? Covered by BC : MB+MC<MC+MA MB+MC<MA+MB  MB<MA & MC<MA

  9. Introducing a 3rd FP (2) C We find an unexpected allocation of space AC • Some comments : • The area AC does not include a large part of the segment AC • If the angle B is obtuse, the area AC does not include any part of the segment AC BC A AB B

  10. C AC C BC A A AB B B Comparison of Tree/Ring

  11. Comparison of Tree/Ring • The limits are in both architectures the medians • But the sectors defined are opposite

  12. Introducing a 3rd FP (3) C We come back to ellipses The centre of the circle ABC (radius =R) is on every ellipse For every area, the total distance for joining both FP is less than 2R. You see the poor area AC AC BC AB A B

  13. Organisation of FPs Instead of the hexagon and square, we have some patterns a little bit different, and useful for modelisation

  14. Conclusion • For more FPs, the drawing is tedious for few results. • One result : when you have an obtuse angle B in a triangle ABC, a cable between A & C is generally of no use. • A number of questions are in consideration and depend on the specific topology of the area : • What is the optimal distance between the FPs, with the density of customers ? • Or what is the number of customers in an area ? • Be the transport cables one way or two ways ? • Optimum number of ADMs in a ring ?

  15. Post conclusion Node Thank you The capillaries : complicated network. Transport is simple. Size of the capillary network ? Addition of FP allows having smaller capillarity network. In a ring, you have two fibres, one clockwise, the other in trigonometrically way.

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