1. Feasibility Study and Information collection for quotation Miley Based on pictures received on 2009-06-15 Version: 1

2. Miley_Feasibility_study / Peter Karlsson2 General Project name:Miley Customer:Nokia PCC Site / Design center:CPH, MSM Adel Sadek Project type: Type of Product: Ramp-up: Customer LOM Wk13/ 2010 / TBD p2 / 2010/ TBD Lifetime:18 month Customer plant focus: LOM plant focus: Volumes: Total volume Global peak volume 7,6 Mpc? 200kpc Number of sales items / assemblies Needed technologies

3. Miley_Feasibility_study / Peter Karlsson3 –A-Cover Assembly –Ul Keymat –Main Keymat –Antenna Assembly –Slider Assembly –D Cover Assembly –Type label –Battery Cover Assembly Miley

4. Miley_Feasibility_study / Peter Karlsson4 –Display Window Assembly technology: Adhesive –Window-adhesive Assembly technology: Adhesive –Ul gap Assembly technology: –A Cover Assembly technology: –A-cover Sealing Adhesive Assembly technology: Adhesive –Display gasket Assembly technology: Adhesive A-cover assembly Display Window Window Adhesive Ul gap A Cover Display Gasket A-cover Sealing Adhesive

5. Miley_Feasibility_study / Peter Karlsson5 Part Name: Display Window Part 3D Version: XXXX Material: Sheet window? Cosmetic:Back printed plastic 1) NCVM or 2) Alu ink or 3) mica ink Nokia Logo Chrome (with rainbow effect) Weight / Vol. Secondary Operations:Back printed, NCVM? Main Technologies:Milled? General Part Information Major Risks Identified

6. Miley_Feasibility_study / Peter Karlsson6 Part Name: Window Adhesive Part 3D Version: XXXX Material: TESA Weight / Vol. Secondary Operations: Main Technologies:Die Cut General Part Information Major Risks Identified

7. Miley_Feasibility_study / Peter Karlsson7 Part Name: Ul Gap Part 3D Version: XXXX Material: Pet (Black?) + Tesa Weight / Vol. Secondary Operations:? Main Technologies:Die Cut General Part Information Major Risks Identified

8. Miley_Feasibility_study / Peter Karlsson8 Part Name: A Cover Part 3D Version: XXXX Material plastic: PC? Grey (CMD 4040: Substrate = 96587) Material insert:SUS 304 ¾ H? t=0,4 Decoration:Basecoat = NG252-5050, Topcoat = TM167-0010) Alu paint and Mica paint Texture Satin Weight / Vol.Plastic 2284 mm 3 Secondary Operations:Painting, Welding Main Technologies:Insert moulding, welding, stamping General Part Information Major Risks Identified 1.Risk for cracks

9. Miley_Feasibility_study / Peter Karlsson9 Part Name: A Cover insert Part 3D Version: XXXX Material:SUS 304 ¾ H? t=0,4 Decoration: Weight / Vol. Secondary Operations:Welding Main Technologies:welding, stamping General Part Information Major Risks Identified Welded screw tower 62.3 60 2.7

10. Miley_Feasibility_study / Peter Karlsson10 Part Name: A-cover Sealing Adhesive Part 3D Version: XXXX Material: TESA Weight / Vol. Secondary Operations: Main Technologies:Die Cut General Part Information Major Risks Identified

11. Miley_Feasibility_study / Peter Karlsson11 Part Name: Display Gasket Part 3D Version: XXXX Material: Tesa + Poron t=1mm Weight / Vol. Secondary Operations: Main Technologies:Die Cut General Part Information Major Risks Identified

12. Miley_Feasibility_study / Peter Karlsson12 –Ul keymat Assembly technology: Ul Keymat Silitech

13. Miley_Feasibility_study / Peter Karlsson13 –Main Keymat Assembly technology: Main Keymat Silitech

14. Miley_Feasibility_study / Peter Karlsson14 –Antenna Carrier Assembly technology: –Radiator Assembly technology: Adhesive Antenna Assembly

15. Miley_Feasibility_study / Peter Karlsson15 –Slide Assembly Assembly technology: –Main Flex Assembly Assembly technology: –Magnet Assembly technology: –Earpiece holder Assembly technology: –Earpiece Back volume gasket Assembly technology: –Earpiece Adhesiv Assembly technology: –Earpiece Assembly technology: –Conductive display adhesive Assembly technology: Slide Module Magnet Conductive Display Adhesive Slider Earpiece Back volume gasket Earpiece holder Earpiece Adhesive Earpiece Main Flex Assembly

16. Miley_Feasibility_study / Peter Karlsson16 –nnnn Assembly technology: –nnnn Assembly technology: –nnnn Assembly technology –nnnn Assembly technology Slide Addembly

17. Miley_Feasibility_study / Peter Karlsson17 –nnnn Assembly technology: –nnnn Assembly technology: –nnnn Assembly technology –nnnn Assembly technology Main Flex Assembly

18. Miley_Feasibility_study / Peter Karlsson18 Part Name: Earpiece holder Part 3D Version: XXXX Material plastic: PC/ABS? Decoration: Weight / Vol.192 mm 3 Secondary Operations: Main Technologies:Moulding General Part Information Major Risks Identified

19. Miley_Feasibility_study / Peter Karlsson19 Part Name: Earpiece Back volume gasket Part 3D Version: XXXX Material plastic: Tesa + Poron t=0.5 Decoration: Weight / Vol.21.7 x 7.3 mm Secondary Operations: Main Technologies:Die Cut General Part Information Major Risks Identified

20. Miley_Feasibility_study / Peter Karlsson20 Part Name: Earpiece Adhesive Part 3D Version: XXXX Material plastic: Tesa + Poron + Net? t=0.5? Decoration: Weight / Vol.9.8 x 4.6 mm Secondary Operations: Main Technologies:Die Cut General Part Information Major Risks Identified

21. Miley_Feasibility_study / Peter Karlsson21 Part Name: Earpiece Adhesive Part 3D Version: XXXX Material plastic: Tesa + Poron + Net? t=0.5? Decoration: Weight / Vol.9.8 x 4.6 mm Secondary Operations: Main Technologies:Die Cut General Part Information Major Risks Identified

22. Miley_Feasibility_study / Peter Karlsson22 Part Name: Conductive Display Adhesive Part 3D Version: XXXX Material: Conductive Adhesive t=0.2 mm Decoration: Weight / Vol. Secondary Operations: Main Technologies:Die Cut General Part Information Major Risks Identified Three separate parts ore one liner with all three parts together.

23. Miley_Feasibility_study / Peter Karlsson23 –Flash window Assembly technology: –Window Holder Assembly technology: –Camera Window Assembly technology: –Camera Gasket Assembly technology: –Flash PWB Assembly technology: –USB Door Assembly technology: –GRN Spring top right Assembly technology: –GRN Spring top left Assembly technology: –GRN Spring bottom right Assembly technology: –GRN Spring bottom right Assembly technology: –Side Panel Left Assembly technology: –Side Panel Right Assembly technology: –Volume Key Assembly technology: –D Cover Assembly technology: –Combined antenna Assembly technology: –Antenna Assembly Assembly technology: –Battery Cover release Key Assembly technology: D Cover Assembly

24. Miley_Feasibility_study / Peter Karlsson24 –Locking plate Assembly technology: –Release Key Left Assembly technology: –Release Key Right Assembly technology: –Battery Cover Assembly technology: Battery Cover Assembly Alternative Release Key Release Key Left Battery Cover Release Key Right Locking plate

25. Miley_Feasibility_study / Peter Karlsson25 –Type Label Assembly technology: Type Label