SSC Product Introduction for EU Bloc meeting Seoul

SSC Product Introduction for EU Bloc meeting Seoul Semiconductor Oct. 2015

CONTENTS 1. Mid-Power 2. WICOP 2 3. MJT 4. COB 5. Power Copyright ⓒ

Mid Power 01 -1 Copyright ⓒ Seoul Semiconductor Co. , Ltd. Product 4 www.

5630 D Specification Advantages & Benefits § § § 0. 1~0. 6 W single Chip Package Best lm/W High Current operating (Max. 210 m. A) Macadam 3 step binning Optimized for Troffer, Tube lighting Solution Housing material PCT (High thermal material) LM 80 Schedule § 9000 hrs finished ( 150 m. A, 210 m. A) § 8000 hrs finished (100 m. A) Electrical Optical Characteristics P/N STW 8 Q 14 D CCT 5000 K 3000 K Power 0. 18 W 0. 3 W 0. 5 W Current 65 m. A 100 m. A 150 m. A FLUX [lm] 34 49 30. 9 47. 3 67. 3 VF [V] 2. 8 2. 9 3. 05 Efficacy[lm/W] 177 168 171 163 147 CRI Min 80 Min 80 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 5 www. seoulsemicon. com

5630 D Available Ranks as of data sheet Copyright ⓒ Seoul Semiconductor Co. ,

5630 D Roadmap @ Tj=25℃ / 5000 K, 3000 K / 65 m. A driving 220 215 * This roadmap criteria is the end of quarter. STW 8 Q 14 D Max. (5000 K) STW 8 Q 14 D Max. (3000 K) STW 8 Q 14 D Typ. (5000 K) STW 8 Q 14 D Typ. (3000 K) 210 205 lm/W (37. 1 lm) Efficacy [lm/W] 205 200 lm/W (36. 2 lm) 200 195 190 193 lm/W (34. 8 lm) 203 lm/W (36. 7 lm) 196 lm/W (35. 3 lm) 195 lm/W (35. 2 lm) 201 lm/W (36. 3 lm) 198 lm/W (35. 7 lm) 185 lm/W (33. 5 lm) 203 lm/W (36. 6 lm) 201 lm/W (36. 2 lm) 211 lm/W (37. 8 lm) 205 lm/W (37. 1 lm) 203 lm/W (36. 6 lm) 199 lm/W (35. 9 lm) 197 lm/W (35. 5 lm) 192 lm/W (34. 7 lm) 185 180 207 lm/W (37. 2 lm) 209 lm/W (37. 5 lm) 189 lm/W (34. 1 lm) 187 lm/W (33. 8 lm) 191 lm/W (34. 5 lm) 193 lm/W (34. 8 lm) 182 lm/W (33 lm) 175 2015. 3 Q Copyright ⓒ Seoul Semiconductor Co. , Ltd. 2015. 4 Q 2016. 1 Q 2016. 2 Q 7 2016. 3 Q 2016. 4 Q www. seoulsemicon. com

E 2 -5630 D Specification Under development Advantages & Benefits NEW § § 0. 1~0. 6 W single Chip Package Best lm/W Macadam 3 step binning Optimized for Troffer, Tube lighting Solution Applications § Tube, Troffer MP : 30 th Oct. *. LM 80 6000 hrs : End/Mar Electrical Optical Characteristics P/N E 2 -5630 D CCT 5000 K 3000 K Power 0. 18 W Current 65 m. A FLUX [lm] 36 34 34 32 VF [V] 2. 78 2. 8 Efficacy[lm/W] 195 187 176 CRI Min 80 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 8 www. seoulsemicon. com

5630 Concept comparison < Comparison E 2 -5630 D vs. 5630 C > E 2 -5630 D Parts NEW 5630 D 5630 C Change Characteristics Materials Design O LED-Chip Ga. N on Sapphire X Encapsulant Silicone X LEAD FRAME Copper Alloy (Silver Plated) X Reflector Heat-resistant Polymer [ PPA ] Upgrade Heat-resistant Polymer [ PCT ] Heat-resistant Polymer [ PPA ] O Wire Au Au Au X Zener Si Si Si X PKG Size 5. 6× 3. 0× 0. 65 5. 6× 3. 0× 0. 75 O Max. current 160 m. A 200 m. A 160 m. A O VF (5000 K, @65 m. A) Typ 2. 8 V Typ 2. 85 V O LM (5000 K, @65 m. A) Typ 35. 5 lm Typ 33. 8 lm Typ 30. 8 lm O LPW (5000 K, @65 m. A) 195 lm/W 187 lm/W 166 lm/W O Thermal resistance (RθJ-S ) 15 ℃/W 18 ℃/W O Copyright ⓒ Seoul Semiconductor Co. , Ltd. 5%↑ 9 www. seoulsemicon. com

E 2 -5630 D Roadmap @ Tj=25℃ / 5000 K, 65 m. A driving * This roadmap criteria is the end of quarter. 220 E 2 -5630 D MP Max. 215 E 2 -5630 D MP Typ. 207 lm/W (37. 4 lm) 210 Efficacy [lm/W] 205 200 204 lm/W (36. 9 lm) 195 lm/W (35. 3 lm) 187 lm/W (34. 0 lm) 205 lm/W (37. 1 lm) 201 lm/W (36. 3 lm) 198 lm/W (35. 8 lm) 195 lm/W (35. 6 lm) 208 lm/W (37. 6 lm) 198 lm/W (36. 1 lm) 193 lm/W (35. 0 lm) 195 190 210 lm/W (38. 0 lm) 213 lm/W (38. 6 lm) 216 lm/W (39. 2 lm) 190 lm/W (34. 5 lm) 185 180 175 NOW Copyright ⓒ Seoul Semiconductor Co. , Ltd. 2015. 4 Q 2016. 1 Q 10 2016. 2 Q 2016. 3 Q www. seoulsemicon. com

3030 B Specification Advantages & Benefits § 0. 6 -1. 3 W 2 Chip TOP PKG (Max 200 m. A) § High Efficiency (Maximum LES) § High reliability product § Compact & Compatible Size § Macadam 3 step binning § Color uniformity improve Applications LM 80 Schedule § Retrofit Lamps (bulb, candle, GU 10, Tube, Troffer) §Spot Light, Strip Light (Architectural lighting) § Refrigerator , Indicator (Home Appliance) § Game (Entertainment) § 6, 000 hr ( March, 2015 ) Electrical Optical Characteristics 　 STW 8 C 2 SB (2 Chip, Series type) CCT 5000 K 3000 K 2700 K Power 0. 6 W 0. 9 W Current 100 m. A 150 m. A FLUX [lm] 90 128 86 122 84 120 VF [V] 6. 1 6. 3 Efficacy[lm/W] 147 136 140 129 138 127 CRI Min 80 Min 80 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 11 www. seoulsemicon. com

3030 B Available Ranks as of data sheet Copyright ⓒ Seoul Semiconductor Co. ,

3030 B Roadmap @ Tj=25℃ / 5000 K, 2700 K / 65 m. A driving * This roadmap criteria is the end of quarter. 165 STW 8 C 2 SB (5000 K) 160 STW 8 C 2 SB (2700 K) 157. 8 lm/W (97. 1 lm) 155. 5 lm/W (95. 6 lm) 155 Efficacy [lm/W] 160. 2 lm/W (98. 5 lm) 154. 4 lm/W (94. 2 lm) 150. 9 lm/W (92. 8 lm) 142. 3 lm/W (87. 5 lm) 145 140 138. 1 lm/W (85 lm) 144. 4 lm/W (88. 8 lm) 146. 6 lm/W (90. 2 lm) 141. 4 lm/W (86. 2 lm) 135 2015. 4 Q Copyright ⓒ Seoul Semiconductor Co. , Ltd. 2016. 1 Q 2016. 2 Q 13 2016. 3 Q 2016. 4 Q www. seoulsemicon. com

L-3030 B Specification NEW Under development Advantages & Benefits § § § 0. 6 -1. 3 W 2 Chip TOP PKG (Max 200 m. A) Compact & Compatible Size Macadam 3 step binning Color uniformity improve Best Cost performance Applications § Retrofit Lamps (bulb, candle, GU 10, Tube, Troffer) § Spot Light, Strip Light (Architectural lighting) ES : 6 th Nov. MP : 30 th Nov. *. LM 80 start : 6 th Nov. Electrical Optical Characteristics 　 L-STW 8 C 2 SB (2 Chip, Series type) CCT 5000 K 2700 K Power 0. 6 W Current 100 m. A FLUX [lm] 86. 2 78 VF [V] 6. 1 Efficacy[lm/W] 141. 4 127. 9 CRI Min 80 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 14 www. seoulsemicon. com

L-3030 B Roadmap @ Tj=25℃ / 5000 K, 2700 K, 100 m. A driving * This roadmap criteria is the end of quarter. 160 L-STW 8 C 2 SB Typ. (5000 K) L-STW 8 C 2 SB Typ. (2700 K) 151. 0 lm/W (91. 5 lm) 155 146. 1 lm/W (88. 8 lm) Efficacy [lm/W] 150 148. 3 lm/W (90. 2 lm) 143. 5 lm/W (87. 5 lm) 145 141. 4 lm/W (86. 2 lm) 140 136. 6 lm/W (82. 8 lm) 135 132. 2 lm/W (80. 4 lm) 130 125 127. 9 lm/W (78. 0 lm) 2015. 4 Q Copyright ⓒ Seoul Semiconductor Co. , Ltd. 134. 1 lm/W (81. 6 lm) 129. 8 lm/W (79. 2 lm) 2016. 1 Q 2016. 2 Q 15 2016. 3 Q 2016. 4 Q www. seoulsemicon. com

3030 B 1 chip Specification Advantages & Benefits § § § § 0. 2 -0. 5 W 1 Chip TOP PKG High Efficiency (Maximum LES) High reliability product Compact & Compatible Size Macadam 3 step binning Optimized for Bulb lighting Solution Color uniformity improve Applications § Retrofit Lamps (bulb, candle, GU 10, Tube) § Spot Light, Strip Light (Architectural lighting) § Refrigerator , Indicator (Home Appliance) § Game (Entertainment) Electrical Optical Characteristics 3030 1 chip - Standard CCT 5000 K 3000 K Power 0. 19 Current 65 m. A FLUX [lm] 30 28. 5 VF [V] 2. 95 Efficacy[lm/W] 158 150 CRI 80 80 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 16 www. seoulsemicon. com

3030 B 1 chip Available Ranks as of data sheet Copyright ⓒ Seoul Semiconductor

3030 B 1 chip Roadmap @ Tj=25℃ / 5000 K, 2700 K / 65 m. A driving * This roadmap criteria is the end of quarter. 170 STW 8 C 12 B (5000 K) STW 8 C 12 B (2700 K) 166. 8 lm/W (32 lm) 165 Efficacy [lm/W] 164. 6 lm/W (31. 5 lm) 162. 5 lm/W (31. 1 lm) 160 159. 2 lm/W (30. 6 lm) 155 153 lm/W (29. 3 lm) 157. 1 lm/W (30. 1 lm) 155 lm/W (29. 7 lm) 151 lm/W (28. 9 lm) 148 lm/W (28. 4 lm) 150 146 lm/W (28 lm) 145 2015. 4 Q Copyright ⓒ Seoul Semiconductor Co. , Ltd. 2016. 1 Q 2016. 2 Q 18 2016. 3 Q 2016. 4 Q www. seoulsemicon. com

N 3020 Specification Advantages & Benefits § High lm/W up to 136 § High CRI (80, 90) § Design Flexibility (Compact & Slim size) § Best Cost performance Size : 3. 0 *2. 0 Thickness : 0. 6 mm Applications LM 80 § Retrofit Lamps (Bulb, Tube) § Channel Light § Refrigerator (home appliance) § Architectural Light § Entertainment Light § 3020 C 6000 hrs Finished (0. 1&1. 2 A) § 3020 B 6000 hrs End of January Electrical Optical Characteristics P/N CCT STW 8 B 12 B 2700 K 5000 K STW 8 B 12 C STW 9 B 12 C STW 8 B 12 B-NZ 5000 K 2700 K 5000 K PKG SIZE 3. 0 * 2. 0 * 0. 6 3. 0*2. 0*0. 6 P [W] 0. 12(@40 m. A) 0. 32 W (@100 m. A) 0. 2 W (@ 60 m. A) FLUX [LM] 15. 4 14. 0 37. 9 29. 1 22. 5 Efficacy[lm/W] 134 103 130 100 125 CRI Min. 80 Min. 90 Min. 80 Max. current Copyright ⓒ Seoul Semiconductor Co. , Ltd. Max. 60 m. A Max. 120 m. A 19 Max. 80 m. A www. seoulsemicon. com

3528 Specification Under development NEW Advantages & Benefits § Market Standard 3528 Package Size § High Color Quality, CRI Min. 80, (R 9≥ 0) § Best Cost performance Applications § Retrofit Lamps (Bulb, Tube) § Channel Light § Refrigerator (home appliance) § Architectural Light § Entertainment Light Size : 3. 5 * 2. 8 Thickness : 0. 65 mm MP : 30 th Oct. *. LM 80 6000 hrs : End/April Electrical Optical Characteristics 3528 CCT 5000 K 2700 K Power 0. 5 W Current 150 m. A FLUX [lm] 53. 5 53 VF [V] 3. 3 Efficacy[lm/W] 109 108 CRI 80 80 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 20 www. seoulsemicon. com

Mid Power 01 -2 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _MP overview 21

5630 Line-up Advantages & Benefits Size CCT/CRI Watt Range Current Key Point Market Standard Size, 5. 6 mm x 3. 0 mm Min CRI 80/90 ANSI & Mac. Adam 3 Step binning 0. 18~0. 5 W single Chip Package Typ. 65 m. A~Max. 200 m. A World's best performance in light output with 180 lm/W efficacy Cost Competitive (Very attractive pricing due to volume) @ Tj=25 ℃ Part No. STW 9 Q 14 D STW 8 Q 14 C STW 9 Q 14 C Size mm 5. 6 x 3. 0 x 0. 65 5. 6 x 3. 0 x 0. 75 Color White Power W 0. 18 0. 3 VF V 2. 8 3. 15 IV cd 8. 3 10. 5　 14. 0 10. 2 Typ. l. F m. A 65 65 100 Max. l. F m. A 200 160 Flux lm 26. 0 33. 4 43 30. 9 CCT K 2, 600 -, 7000 2, 600 -7, 000 2, 600 -4, 200 CRI Min. 90 Min. 80 Min. 90 2θ½ ˚ 120 120 Part number : STW 8 Q 14 D, STW 9 Q 14 D (l. F=65 m. A) Min-Max (cd) A B C D Q 0 - 7. 0 -7. 5 E F G H Min. 90 Q 5 -7. 5 -8. 0 Min. 90 Min. 90 R 0 - 8. 0 -8. 5 Min. 90 Min. 90 R 5 - 8. 5 -9. 0 Min. 90 Min. 80/90 S 0 - 9. 0 -9. 5 Min. 80/90 Min. 90 　 Min. 80 S 5 - 9. 5 -10 Min. 80 Min. 80 T 0 - 10. 0 -10. 5 Min. 80 Min. 80 　 T 5 - 10. 5 -11. 0 Min. 80 Min. 80 　 U 0 - 11. 0 -11. 7 　　 Min. 80 　　　 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 22 www. seoulsemicon. com

3030 B Line-up Advantages & Benefits Size CCT/CRI Watt Range Current Key Point 3. 0 x 0. 6 mm Min CRI 70/80/90 Mid Power to High Power up to 1. 4 W Driven at as twice as high current up to 200 m. A Deliver market leading lumen output over 100 lm Ideal for Omni directional lamps with compact size, superior lumen High reliable product, UL Listed @ Tj=25 ℃ Size Mm 3. 0 x 3. 0 x 0. 6 Part No. STW 7 C 2 SB STW 8 C 12 B STW 8 C 2 SB STW 9 C 2 SB Color CW/NW CW/WW WW Power W 0. 6 0. 19 0. 6 VF V 6. 1 2. 95 6 6. 1 IV cd 30/30 9. 5/9. 3 29. 0/27. 3 23 Typ. l. F m. A 100 65 100 Max. l. F m. A 200 200 CCT K 3, 700 -7, 000 2, 600 -7, 000 2, 100 -7, 000 2, 600 -3. 200 CRI Min. 70 Min. 80 Min. 90 2θ½ ˚ 120 120 Part number : STW 7 C 2 SB, STW 8 C 2 SB, STW 9 C 2 SB (l. F=100 m. A) Min-Max (cd) A B K 21 - 21 -23 Min. 90 K 23 – 23 -24 Min. 90 K 24 – 24 -26 C D E F G H J K Min. 90 Min. 80 K 26 – 26 -27 Min. 80 　　　 Min. 80 K 27 – 27 -28. 5 Min. 70/80 Min. 80 K 28 – 28. 5 -30 Min. 70/80 Min. 80 L 30 - 30 -32 30 -34 Copyright ⓒ Seoul Semiconductor Co. , Ltd. Min. 70(30 -32) Min. 80(30 -34) 23 www. seoulsemicon. com

3020 Line-up Advantages & Benefits Size CCT/CRI Performance Current Key Point 3. 0 mm x 2. 0 mm x 0. 60 mm Min CRI 80/90, Optimized CRI 85 (R 9>50) Feature the same high brightness as industry standard 5630 package Typ. 100 m. A, Max. 120 m. A A reduced footprint and Design Flexibility Best Cost performance @ Tj=25 ℃ Part No. STW 9 B 12 C STW 8 B 12 B STW 8 B 12 C STW 8 B 12 G STW 9 B 12 G STW 8 B 12 B-NZ Size mm 3. 0 x 2. 0 x 0. 6 Color White Warm White Power W 0. 3 0. 12 0. 3 0. 13 0. 18 VF V 3. 2 3. 05 3. 15 3 3 3. 1 IV mcd 9, 500 5, 050 11, 350 3, 450 2, 600 7, 500 Typ. l. F m. A 100 40 100 30 30 60 Max. l. F m. A 120 80 120 40 40 80 Flux lm 27. 3 15. 1 35. 5 10. 37 7. 8 22. 5 CCT K 2, 600 -4, 200 2, 600 -7, 000 2, 600 -3, 700 2, 600 -7, 000 CRI Min. 90 Min. 80 2θ½ ˚ 120 120 120 Part number : N 3020’ STW 8 B 12 G, STW 9 B 12 G (l. F=30 m. A) Min-Max (cd) A B C D E F K 0 -2. 0 -2. 5 G H Min. 90 K 5 -2. 5 -3. 0 　　　 Min. 90 Min. 80/90 L 0 -3. 0 -3. 5 Min. 80 Min. 80/90 Min. 80 L 5 -3. 5 -4. 0 Min. 80 Min. 80 M 0 -4. 0 -4. 5 　　 Min. 80 　　　 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 24 www. seoulsemicon. com

Power 02 -1 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _MP Product 25 www.

WICOP 2 – Z 8 Y 15 Line up Advantages & Benefits Size(mm) Flux Output Key Points 1. 5 x 1. 5 mm Typ. 160 lm @350 m. A Tj=25℃, 5000 K – Max 4. 7 W Phosphor film directly attached to chip surface Market leading color uniformity High Lumen Density Compact footprint(1. 41 x 1. 41 mm) enables system level cost saving @ Tj=25 ℃ Part No. SZ 8 -Y 15 -W 0 -C 7 SZ 8 -Y 15 -WN-C 7 SZ 8 -Y 15 -WW-C 8 Color Cool Neutral Warm Power W Max. 4. 7 VF V 3. 00 l. F m. A ［Typ］ 350 350 If m. A［Max］ 1, 200 Flux lm 160 150 125 CCT K 5, 000 4, 000 3, 000 CRI Min. 70 Min. 80 2θ½ ˚ 140 140 Product : Z 8 Y 15 Part number : SZ 8 -Y 15 -W 0 -C 7, SZ 8 -Y 15 -WN-C 7, SZ 8 -Y 15 -WW-C 8 (l F=700 m. A) Min-Max (lm) A B C D E U 3 -177 -193 F G H Min. 80 V 1 -193 -211 　　　 Min. 80 V 2 -211 -228 　　　 Min. 80 V 3 -228 -244 Min. 70 W 1 -244 -260 Min. 70 　　　 W 2 -260 -276 Min. 70 　　　 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 26 www. seoulsemicon. com

WICOP 2 Z 8 -Y 15 Roadmap @ Tj=85℃ / 700 m. A driving

WICOP 2 – Z 8 Y 19 Line up Advantages & Benefits Size(mm) Flux Output Key Points 1. 9 x 1. 9 mm Typ. 170 lm @350 m. A Tj=25℃, 5000 K – Max 7. 8 W Phosphor film directly attached to chip surface Market leading color uniformity High Lumen Density Compact footprint(1. 81 x 1. 81 mm) enables system level cost saving @ Tj=25 ℃ Part No. SZ 8 -Y 19 -W 0 -C 7 SZ 8 -Y 19 -WN-C 7 SZ 8 -Y 19 -WW-C 8 Color Cool Neutral Warm Power W Max. 7. 8 VF V 2. 92 l. F m. A ［Typ］ 350 350 If m. A［Max］ 2, 000 Flux lm 170 160 140 CCT K 5, 000 4, 000 3, 000 CRI Min. 70 Min. 80 2θ½ ˚ 140 140 Product : Z 8 Y 19 Part number : SZ 8 -Y 19 -W 0 -C 7, SZ 8 -Y 19 -WN-C 7, SZ 8 -Y 19 -WW-C 8 (l F=700 m. A) Min-Max (lm) A B C D E V 1 -195 -208 F G H Min. 80 V 2 -208 -223 　　　 Min. 80 V 3 -223 -237 　　　 Min. 80 W 1 -237 -254 Min. 70 W 2 -254 -271 Min. 70 　　　 W 3 -271 -288 Min. 70 　　　 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 28 www. seoulsemicon. com

WICOP 2 Z 8 -Y 19 Roadmap @ Tj=85℃ / 700 m. A driving

WICOP 2 Line up & MP Plan 1. Z 8 Y 19 CRI/CCT Line up & MP Plan 　 CRI 70 CRI 80 CRI 90 A, B, C (Cool) O Early of December Early of November D, E (Neutral) O Early of December Early of November F, G, H (Warm) Early of October O Early of November • SZ 8 -Y 19 -WW-C 7(Warm White CRI 70) : Early of October, MP Plan • CRI 90 series : Early of November, (request from EU) 2. Z 8 Y 15 MP Plan 10/6 MP Target (because inner issues) Copyright ⓒ Seoul Semiconductor Co. , Ltd. 30 www. seoulsemicon. com

Power 02 -2 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _New Product 31 www.

Z 8 -Y 22 Pre-Specification Under development Advantages & Benefits § § § 2. 21 x 0. 405 Small Size Light Source Chip Scale Size PKG High Reliability Low Thermal Resistance Competitive cent/lm Applications § Area Light § Stadium Light § High/Low bay Light § Parking Light MP : 30 th Nov. *. LM 80 start : 30 th Oct. Electrical Optical Characteristics (Tj=85℃) 　 WICOP 2 Y 22 CCT [K] 5000 Flux [lm] 300 Current Typ [A] 0. 7 VF [V] 2. 9 Power [W] 2. 1 Lm/W 143 CRI Min. 70 Viewing Angle [Degree] 140 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 32 www. seoulsemicon. com

Z 8 Y 19 -3535 D Pre-specification Under development Advantages & Benefits Size(mm) Flux Output Key Points 3. 5 x 3. 5 mm Typ. 175 lm@350 m. A (324 lm@700 m. A) Tj=25℃, 5000 K – Max 7. 8 W Phosphor film directly attached to chip surface Market leading color uniformity High Power & Lumen Density Pin to pin change 3535 power package without circuit modification MP Plan : 18 th Dec. Electrical Optical Characteristics @ Tj=25 ℃ Color Power VF - W V SZ 8 -Y 19 -3535 D-W 0 -C 7 Cool Max. 7. 8 2. 92 350 SZ 8 -Y 19 -3535 D-WN-C 7 Neutral Max. 7. 8 2. 92 SZ 8 -Y 19 -3535 D-WW-C 8 Warm Max. 7. 8 SZ 8 -Y 19 -3535 D-W 0 -C 7 Cool SZ 8 -Y 19 -3535 D-WN-C 7 SZ 8 -Y 19 -3535 D-WW-C 8 Part No. Flux CCT CRI 2θ½ lm K Min ˚ 2, 000 175 5, 000 Min. 70 140 350 2, 000 165 4, 000 Min. 70 140 2. 92 350 2, 000 144 3, 000 Min. 80 140 Max. 7. 8 3. 05 700 2, 000 324 5, 000 Min. 70 140 Neutral Max. 7. 8 3. 05 700 2, 000 305 4, 000 Min. 70 140 Warm Max. 7. 8 3. 05 700 2, 000 266 3, 000 Min. 80 140 Copyright ⓒ Seoul Semiconductor Co. , Ltd. l. F If m. A ［Typ］ m. A［Max］ 33 www. seoulsemicon. com

Z 8 Y 19 -3535 F Pre-specification Under development Advantages & Benefits Size(mm) Flux Output Key Points 3. 5 x 3. 5 mm Typ. 170 lm@350 m. A (315 lm@700 m. A) Tj=25℃, 5000 K – Max 7. 8 W Phosphor film directly attached to chip surface Market leading color uniformity High Power & Lumen Density Pin to pin change 3535 power package without circuit modification Compact package without lens MP Plan : 18 th Dec. Electrical Optical Characteristics @ Tj=25 ℃ Color Power VF - W V SZ 8 -Y 19 -3535 F-W 0 -C 7 Cool Max. 7. 8 2. 92 350 SZ 8 -Y 19 -3535 F-WN-C 7 Neutral Max. 7. 8 2. 92 SZ 8 -Y 19 -3535 F-WW-C 8 Warm Max. 7. 8 SZ 8 -Y 19 -3535 F-W 0 -C 7 Cool SZ 8 -Y 19 -3535 F-WN-C 7 SZ 8 -Y 19 -3535 F-WW-C 8 Part No. Flux CCT CRI 2θ½ lm K Min ˚ 2, 000 170 5, 000 Min. 70 140 350 2, 000 160 4, 000 Min. 70 140 2. 92 350 2, 000 140 3, 000 Min. 80 140 Max. 7. 8 3. 04 700 2, 000 315 5, 000 Min. 70 140 Neutral Max. 7. 8 3. 04 700 2, 000 296 4, 000 Min. 70 140 Warm Max. 7. 8 3. 04 700 2, 000 259 3, 000 Min. 80 140 Copyright ⓒ Seoul Semiconductor Co. , Ltd. l. F If m. A ［Typ］ m. A［Max］ 34 www. seoulsemicon. com

MJT 03 -1 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _New Product 35 www.

MJT 3030 B Specification Advantages & Benefits NEW § § High voltage operation (Typ 47 V) Compact design (Flexible design) Good lm/$ Long life time Applications § Retrofit Lamps (bulb, candle, GU 10) § Spot Light, Strip Light (Architectural lighting) MJT 3030_47 V Electrical Optical Characteristics 　 CCT MJT 3030 _47 V 3000 K 2700 K PKG SIZE 　0. 3 x 0. 6 (Multi junction chip) P [W] 0. 95 W FLUX [lm] 117 115 Efficacy[lm/W] 123 121 CRI Copyright ⓒ Seoul Semiconductor Co. , Ltd. Min. 80 36 www. seoulsemicon. com

MJT COB Specification NEW Advantages & Benefits § § § § High Voltage COB Small Light Emitting Surface (LES) High Reliability Low Thermal Resistance Macadam 3, 5 step binning Optimized for GU 10 Lighting Solution Much more efficiency driver topologies Applications Size : 10. 8 * 10. 8 Thickness : 1. 65 mm § Retrofit Lamps (Bulb, Candle, GU 10, Par, MR 16) § Spot Light (Architectural Lighting) Electrical Optical Characteristics CCT Chip CRI LES VF [V] P [W] Current [m. A] Flux [lm] Efficacy[lm/W] Copyright ⓒ Seoul Semiconductor Co. , Ltd. SAW 81 F 1 D SAW 81 F 1 B SAW 82 F 1 D SAW 82 F 1 B 3000 K 4 chip 4 S Min 80 (min) 6. 0Φ 180 3. 8 20 3000 K 4 chip 2 S 2 P Min 80 (min) 6. 0Φ 90 3. 8 40 3000 K 6 chip 6 S Min 80 (min) 6. 0Φ 185 5. 7 30 3000 K 6 chip 3 S 2 P Min 80 (min) 6. 0Φ 92. 5 5. 7 60 456 690 120 121 Use 90~100 V, 220 V~230 V 121 37 www. seoulsemicon. com

MJT 03 -2 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _MP Product 38 www.

Acrich MJT Series Portfolio MJT stands for Multi Junction Technology, eliminating the usage of multiple wire bonds between several dies. Since it uses only one chip, it vastly improves the reliability of the LED package, reducing the potential number of failure modes associated with wire bonds within the LED package. It can be driven at higher voltage than Conventional DC LEDs, providing designers high voltage options without large form factors of multi-die chip-on-boards. Luminous efficacy ［lm/W］ Acrich MJT 5630 Acrich MJT 3030 Acrich MJT 2525 Acrich MJT 5050 Acrich MJT 4040 Acrich MJT 3030 Acrich MJT 3528 Voltage Range 20 V MJT 3030 40 V - Bulb, Linear module, Down light, Flush mount - High Reliability LM-80 completed - Best lm/$ performance Copyright ⓒ Seoul Semiconductor Co. , Ltd. 60 V MJT 5050 39 - Street light, High bay light, Factory light, Security light - High Lumen output Max 440 lm output with Best lm/$ - Low maintenance cost & Long life time by Acrich IC www. seoulsemicon. com

Acrich MJT Series Line Up MJT Series Mass Production Status by CCT, CRI Product : MJT 2525, MJT 3030, MJT 3528, MJT 4040, MJT 5630, MJT 5050 Update on Sep 25 Product Part No 7 C MJT 3030 MJT 3528 MJT 4040 15 C 10 C 21 C MJT 5630 7 C 10 C MJT 5050 21 C SAW 8 C 72 A SAW 9 C 72 A SAW 8 CF 2 B SAW 8 WA 2 A SAW 09 A 0 A SAW 89 A 0 A SAW 09 H 0 A SAW 8 KG 0 B SAW 9 KG 0 B SAW 0 LA 0 A SAW 8 LA 0 A SAW 0 LH 0 A SAW 8 LH 0 A Copyright ⓒ Seoul Semiconductor Co. , Ltd. A Cool White B C ● ● ● CRI Min 80 Min. 90 Min 80 Min 70 Min 80 Min 90 Min 70 Min 80 Coordinate Neutral White D E Warm White F G H ● ● ● ● ● ● ● ● ● ● 　　 ● ● ● 　 ●　　　　　 ● ● ● ● ● ● ● ● 　　　 ● ● ● 40 Coordinate partitioning 16 16 6 6 www. seoulsemicon. com

Acrich MJT 3030 – SAW 8 C 72 A, SAW 9 C 72 A Advantages & Benefits Size Reliability Key Points 3. 0 x 0. 65 mm 22. 5 V MJT 3030 - LM 80 6000 hours completed Competitive lm/$ Need no converter & SMPS Optimized for micro bulbs Delivering same level of performance as DC package @ Tj=25 ℃ CCT K 3, 700~4, 700~7, 000 2, 600~3, 700~4, 700 Part No. SAW 8 C 72 A SAW 9 C 72 A Luminous Flux lm 106 109 93 88 IF m. A VF V CRI - 2θ½ ˚ 40 22. 5 Min. 80 120 40 22. 5 Min. 90 120 Product : MJT 3030 - 7 C Part number : SAW 8 C 72 A, SAW 9 C 72 A (IF=40 m. A) Min-Max (lm) A B C D E K 26 – 80 -85 K 28 – 85 -90 F G H Min. 90 K 29 – 90 -95 　　　 Min. 90 Min. 80/90 Min. 80 L 31 – 95 -101 Min. 80/90 Min. 80 L 33 – 101 -107 Min. 80 Min. 80 L 35 – 107 -113 Min. 80 Min. 80 L 37 – 113 -120 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 41 www. seoulsemicon. com

Acrich MJT 3030 – SAW 8 CF 2 B, SAW 8 CF 2 A Advantages & Benefits Size Reliability Key Points 3. 0 x 0. 65 mm 22. 5 V MJT 3030 - LM 80 6000 hours completed Competitive lm/$ Need no converter & SMPS Optimized for micro bulbs Delivering same level of performance as DC package @ Tj=25 ℃ CCT K 2, 600~3, 700~4, 700~7, 000 2, 600~3, 700~4, 700 Part No. SAW 8 CF 2 B SAW 8 CF 2 A Luminous Flux lm 120 123 115 103 106 IF m. A VF V CRI - 2θ½ ˚ 20 46. 5 Min. 80 120 Product : MJT 3030 -15 C Part number : SAW 8 CF 2 A, SAW 8 CF 2 B (l. F=20 m. A) Min-Max (lm) A B C F G H K 29 – 90 -95 　　　 Min. 80 L 31 – 95 -101 Min. 80 Min. 80 L 33 – 101 -107 Min. 80 Min. 80 L 35 – 107 -113 Min. 80 Min. 80 L 37 – 113 -117 Min. 80 Min. 80 L 38 – 117 -120 Min. 80 Min. 80 L 39 – 120 -127 Min. 80 Min. 80 M 41 – 127 -134 Copyright ⓒ Seoul Semiconductor Co. , Ltd. D 42 E www. seoulsemicon. com

COB 04 -1 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _New Product 49 www.

Ver 3 COB Concept(4 -30 W) Under development v Advantages & Benefits Key Point Small (≤ 20 mm LES) Standard-Density Integrated Arrays Small LES 6 mm & 9. 8 mm & 14 mm ANSI Compliant 3 SDCM binning 115° viewing angle, uniform chromaticity profile Efficacies up to 130 lm/W ES : 20 th Nov. Full range of CCTs & CRI options available MP : 20 th Dec. Excellent thermal management N 6 W(36 V) *. LM 80 6000 hrs : End/Mar 2014 ver 2 LES [mm] Products 2015 Ver 3 Size [mm] LES [mm] Products Watt Size [mm] 6. 0 NZC 4/NZC 6 3~8 W/6~14 W 8 ZC 4/ZC 6 13. 5 x 13. 5 9. 8 NZC 12 6~25 W 14. 5 ZC 12/ZC 18/ZC 25 19. 0× 19. 0 14. 5 NZC 18/NZC 25 15~35 W 13. 5× 13. 5 19× 19 v Electrical Optical Characteristics Unit N 4 W(9 V) @ Tj=25 ℃ N 4 W(36 V) N 6 W(36 V) N 12 W(36 V) N 18 W(36 V) N 25 W(36 V) Package size mm 13. 5 x 1. 6 19. 0 x 1. 6 LES mm 6. 0Φ 9. 8Φ 14. 0Φ CRI Ra Min. 80 Min. 80 Forward voltage V 8. 6 35 35 35 Power consumption W 4. 3 4. 6 6. 3 12. 25 17. 5 Forward current A 0. 5 40 40 30 60 60 60 Luminous flux lm 559 598 819 1630 2400 Efficacy lm/W 130 130 133 137 CCT K 2700 2700 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 50 www. seoulsemicon. com

COB 04 -2 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _MP Product 51 www.

ZC LED Arrays High Density Small (≤ 20 mm LES) Standard-Density Integrated Arrays ZC 4 ZC LED Arrays LES(mm) Lumen range (lm) Typical Vf (V) @ 85°C Current range (m. A) Typical power (W) Maximum power (W) ZC 6 ZC 12 ZC 18 9 V 36 V 35 V 36 V 9 520 -1, 160 8. 4 500 -1, 150 4. 5 11. 8 9 530 -920 34. 8 130 -230 4. 7 9. 2 9 600 -1, 900 33. 3 180 -460 6. 3 18. 4 15 1, 200 -3, 200 34. 1 350 -690 12. 6 27. 6 15 1, 700 -4, 100 34. 3 500 -920 18 37. 6 LES(mm) Lumen range (lm) Typical Vf (V) @ 85°C Current range (m. A) Typical power (W) Maximum power (W) High lm/W Best lm/$ Large (>20 mm LES) Standard-Density Integrated Arrays ZC LED Arrays High Density ZC 25 ZC 40 ZC 60 ZC 100 36 V 23 2, 400 -6, 000 34. 1 700 -1, 380 25. 2 55. 2 36 V 23 3, 700 -8, 200 34. 3 1, 000 -1, 840 35. 8 74 55 V 23 7, 300 -8, 300 52. 0 1, 100 -1, 700 60 100 53 V 35 10, 500 -11, 800 51. 3 1, 500 -3, 000 80 170 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 52 www. seoulsemicon. com

ZC Series (COB) Size Series Power Part No. CCT CRI VF l. F W SDW 01 F 1 B SDW 81 F 1 B K 5, 000 3, 000 5, 000 5, 000 3, 000 4, 000 5, 000 3, 000 4, 000 5, 000 3, 000 Min. 70 Min. 80 Min. 90 Min. 70 Min. 80 Min 90 Min. 70 Min. 80 V m. A 8. 8 500 34. 8 130 34. 8 180 35. 6 350 4. 4 ZC 4 5. 0 13. 5*13. 5 SDW 81 F 1 DY SDW 01 F 1 C ZC 6 6. 3 SDW 81 F 1 C SDW 91 F 1 C SDW 02 F 1 C ZC 12 12. 6 SDW 82 F 1 C SDW 92 F 1 C SDW 03 F 1 C 19. 0*19. 0 ZC 18 18 SDW 83 F 1 C SDW 93 F 1 C SDW 04 F 1 C ZC 25 25. 2 SDW 94 F 1 C SDW 05 F 1 C 28. 0*28. 0 ZC 40 38. 0*38. 0 SDW 84 F 1 C 36 ZC 60 60 ZC 100 80 Copyright ⓒ Seoul Semiconductor Co. , Ltd. SDW 85 F 1 C SDW 95 F 1 C SDW 06 F 1 C SDW 86 F 1 C SDW 07 F 1 C SDW 87 F 1 C 53 35. 8 500 36 700 36 1, 000 54. 5 53 1, 100 1, 500 Flux Typ. lm 590 536 620 560 885 820 773 680 1, 839 1, 680 1, 576 1, 385 2, 520 2, 273 2, 192 1, 940 3, 700 3, 529 3, 342 2, 770 5, 300 4, 961 4, 712 3, 876 8, 300 7, 828 11, 800 11, 000 Luminous Efficacy lm/W 131 122 137 124 140 130 123 108 141 134 127 110 140 126 123 108 147 140 133 110 147 138 131 108 131 148 138 Viewing Angle 　 120 124 www. seoulsemicon. com

ZC series Roadmap(1/2) ZC 4 -25 W roadmap @ Tj=25℃ / 500(130), 180, 350, 500, 700 m. A driving This roadmap criteria is the end of quarter (M. P typical target) 160 Efficacy [lm/W] 150 ZC 4(9 V, 36 V), 3000 K, CRI 80 @25 deg ZC 6(36 V), 3000 K, CRI 80 @25 deg ZC 12(36 V), 3000 K, CRI 80 @25 deg ZC 18(36 V), 3000 K, CRI 80 @25 deg ZC 25(36 V), 3000 K, CRI 80 @25 deg 140 137 133 130 127 125 124 128 127 144 143 136 133 120 147 140 130 150 131 130 135 134 138 137 141 140 139 136 132 129 126 123 110 현재 Current Copyright ⓒ Seoul Semiconductor Co. , Ltd. 2015 4 Q 2016 1 Q 54 2016 2 Q 2016 3 Q 2016 4 Q www. seoulsemicon. com

ZC series Roadmap(2/2) ZC 40 -100 W roadmap @ Tj=25℃ / 500(130), 180, 350, 500, 700 m. A driving This roadmap criteria is the end of quarter (M. P typical target) 180 Efficacy [lm/W] 170 ZC 40(36 V), 5000 K, CRI 70 @25 deg ZC 100(54 V), 5000 K, CRI 70 @25 deg 172 167 162 160 157 152 150 148 150 146 140 164 160 155 169 160 155 151 146 142 138 130 현재 Current Copyright ⓒ Seoul Semiconductor Co. , Ltd. 2015 4 Q 2016 1 Q 55 2016 2 Q 2016 3 Q 2016 4 Q www. seoulsemicon. com

COB 04 -3 Copyright ⓒ Seoul Semiconductor Co. , Ltd. _Acrich COB 56 www.

SMJD-XD 08 W 4 PF 1. SPECIFICATION 2. ADVENTAGE ▪ Application : Downlight ▪ Slim Design : All On Board ▪ Small LES : Φ 7. 8 mm 8 7. Φ ▪ Module Dimension : Φ 60 mm ▪ Conducted EMI : Pass ▪ Surge Test : Pass ▪ HIPOT Test : Pass Module Power Consumption [W] Luminous Flux [ lm ] Luminous Efficacy [ lm/W ] CRI (@Ra) CCT [K] Input Voltage [V] SMJD-2 D 08 W 4 PF 8. 5 810 95 80 All 120 SMJD-3 D 08 W 4 PF 8. 5 810 95 80 All 220 설계 ES CS MP Webinar 8/31 9/15 10/30 11/13 10/30 3. Action Plan Copyright ⓒ Seoul Semiconductor Co. , Ltd. 57 www. seoulsemicon. com

SMJD-XD 16 W 4 PF 1. SPECIFICATION 2. ADVENTAGE ▪ Application : Downlight ▪ Slim Design : All On Board ▪ Small LES : Φ 10. 3 mm. 3 10 Φ ▪ Module Dimension : Φ 60 mm ▪ Conducted EMI : Pass ▪ Surge Test : Pass ▪ HIPOT Test : Pass Module Power Consumption [W] Luminous Flux [ lm ] Luminous Efficacy [ lm/W ] CRI (@Ra) CCT [K] Input Voltage [V] SMJD-2 D 16 W 4 PF 16. 5 1, 570 95 80 All 120 SMJD-3 D 16 W 4 PF 16. 5 1, 570 95 80 All 220 설계 ES CS MP Webinar 8/31 9/15 10/30 11/13 10/30 3. Action Plan Copyright ⓒ Seoul Semiconductor Co. , Ltd. 58 www. seoulsemicon. com

SMJD-XD 30 W 4 PF 1. SPECIFICATION 2. ADVENTAGE ▪ Application : Downlight ▪ Slim Design : All On Board ▪ Small LES : Φ 14. 7 mm. 7 14 Φ ▪ Module Dimension : Φ 70 mm ▪ Conducted EMI : Pass ▪ Surge Test : Pass ▪ HIPOT Test : Pass Module Power Consumption [W] Luminous Flux [ lm ] Luminous Efficacy [ lm/W ] CRI (@Ra) CCT [K] Input Voltage [V] SMJD-2 D 30 W 4 PF 30 2, 850 95 80 All 120 SMJD-3 D 30 W 4 PF 30 2, 850 95 80 All 220 설계 ES CS MP Webinar 8/31 9/15 10/30 11/13 10/30 3. Action Plan Copyright ⓒ Seoul Semiconductor Co. , Ltd. 59 www. seoulsemicon. com

05 Copyright ⓒ Seoul Semiconductor Co. , Ltd. Power 60 www. seoulsemicon. com

Z 5 M 2 Line up Advantages & Benefits Size(mm) Flux Output Key Points 3. 5 x 2. 0 mm Typ. 168 lm @350 m. A Tj=25℃, 5000 K High Lumen output and efficacy Low Thermal Resistance Wide CCT range 2600 -7000 K ANSI compliant Binning, Mac. Adam 3 Step @ Tj=25 ℃ Part No. SZ 5 -M 2 -WW-C 8 SZ 5 -M 2 -WW-00 SZ 5 -M 2 -WN-C 8 SZ 5 -M 2 -WN-00 SZ 5 -M 2 -W 0 -00 Color Warm Neutral Cool Power W Max. 5. 2 VF V 2. 95 l. F m. A ［Typ］ 350 350 350 If m. A［Max］ 1, 500 1, 500 Flux lm 139 150 144 166 168 CCT K 3, 000 4, 000 5, 000 CRI Min. 80 Min. 70 2θ½ ˚ 118. 5 Product : Z 5 M 2 Part number : SZ 5 -M 2 -WW-C 8, SZ 5 -M 2 -WW-00, SZ 5 -M 2 -WN-C 8, SZ 5 -M 2 -WN-00 , SZ 5 -M 2 -W 0 -00 (l. F=700 m. A) Min-Max (lm) A B C D E F G H V 1 -185 -203 　　　 Min. 80 V 2 -203 -218 　　　 Min. 70/80 V 3 -218 -234 W 1 -240 -256 Min. 70 　　　 W 2 -256 -272 Min. 70 　　　 W 3 -272 -288 Min. 70 　　　 Copyright ⓒ Seoul Semiconductor Co. , Ltd. 61 www. seoulsemicon. com

Z 5 M 2 Specification Advantages & Benefits § § Size: 3. 5 x 2. 0 [t] High Efficacy (up to 134 lm/W @350 m. A, 85℃) Excellent Thermal Characteristics (3. 45℃/W) High lumen/$: more than 25%↑ compared to competitors Hot binning (Tj=85℃, 700 m. A condition) Applications LM 80 §Outdoor Area lighting §Street lights §High Bay/Low Bay § 1. 2 A: 9000 hours DONE - 55℃, 85℃, 105℃ Electrical Optical Characteristics (Tj=85℃) P/N SZ 5 -M 2 -W 0 -00 SZ 5 -M 2 -WN-00 SZ 5 -M 2 -WW-C 8 CCT 5000 K 4000 K 3000 K IF 700 m. A 1000 m. A 1500 m. A FLUX [lm] 254 337 457 259 343 466 214 284 385 VF [Vf] 2. 95 3. 1 3. 31 Efficacy[lm/W] 123 109 92 125 111 94 103 92 78 CRI Min. 70 Viewing Angle Copyright ⓒ Seoul Semiconductor Co. , Ltd. Min. 80 118 62 www. seoulsemicon. com

Z 5 M 2 Roadmap @ Tj=85℃ / 700 m. A driving * This roadmap criteria is the end of quarter. 160 SZ 5 -M 2 -W 0 -00 (5000 K / CRI 70) SZ 5 -M 2 -WN-00 (4000 K / CRI 70) 150 SZ 5 -M 2 -WW-C 8 (3000 K / CRI 80) Efficacy [lm/W] 140 lm/W (282 lm) 144 lm/W (288 lm) 140 137 lm/W (277 lm) 141 lm/W (283 lm) 146 lm/W (292 lm) 144 lm/W (288 lm) 148 lm/W (296 lm) 146 lm/W (292 lm) 150 lm/W (300 lm) 148 lm/W (296 lm) 130 120 112 lm/W (226 lm) 116 lm/W (232 lm) 118 lm/W (237 lm) 120 lm/W (241 lm) 122 lm/W (245 lm) 152 lm/W (304 lm) 150 lm/W (300 lm) 124 lm/W (249 lm) 3000 K 110 2015. 3 Q Copyright ⓒ Seoul Semiconductor Co. , Ltd. 2015. 4 Q 2016. 1 Q 63 2016. 2 Q 2016. 3 Q 2016. 4 Q www. seoulsemicon. com

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