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

2. CONTENTS
1. Mid-Power
2. WICOP2
3. MJT
4. COB
5. Power

3. Product Positioning Cent/lm Lm/W ··· Cent/lm (%) MJT3030B -15C
MJT3030A -15C
3030A 1W
3030B 1W
Cent/lm (%)
MJT W
ZC4~ZC100
520~12,000lm
Z8 Y19 2W
···
Based on typical driving current
@2,700-3,000K, CRI Min.80, Tj=25 °C
···· ,000
Flux (lm)
Cent/lm
ZC60
MJT3528
3030B
3030A
Z8Y15
MJT3030B
MJT3030
60W
1.3W
0.6W
2.3W
1W -15C 1W
Lm/W
ZC25
Z5M2
Z8Y19
ZC100
3030B-1chip
5630D
25W
1W –15C
80W
0.2W
0.3W

4. Mid Power
Product
01-1

5. 5630D Specification Advantages & Benefits LM80 Schedule
0.1~0.6W single Chip Package
Best lm/W
High Current operating (Max.210mA)
Macadam 3 step binning
Optimized for Troffer, Tube lighting Solution
Housing material  PCT (High thermal material)
LM80 Schedule
9000hrs finished ( 150mA, 210mA)
8000hrs finished (100mA)
Electrical Optical Characteristics
P/N
STW8Q14D
CCT
5000K
3000K
Power
0.18W
0.3W
0.5W
Current
65mA
100mA
150mA
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

6. 5630D Available Ranks
Available Ranks as of data sheet

7. 5630D Roadmap @ Tj=25℃ / 5000K, 3000K / 65mA driving Efficacy [lm/W]
* This roadmap criteria is the end of quarter.
220
STW8Q14D Max. (5000K)
STW8Q14D Max. (3000K)
215
STW8Q14D Typ. (5000K)
211 lm/W
(37.8lm)
209 lm/W
(37.5lm)
STW8Q14D Typ. (3000K)
210
207 lm/W
(37.2lm)
205 lm/W
(37.1lm)
205 lm/W
(37.1lm)
205
203 lm/W
(36.6lm)
203 lm/W
(36.7lm)
201 lm/W
(36.3lm)
200 lm/W
(36.2lm)
198 lm/W
(35.7lm)
200
203 lm/W
(36.6lm)
Efficacy [lm/W]
196 lm/W
(35.3lm)
201 lm/W
(36.2lm)
195
193 lm/W
(34.8lm)
199 lm/W
(35.9lm)
197 lm/W
(35.5lm)
195 lm/W
(35.2lm)
190
193 lm/W
(34.8lm)
192 lm/W
(34.7lm)
191 lm/W
(34.5lm)
189 lm/W
(34.1lm)
185
187 lm/W
(33.8lm)
185 lm/W
(33.5lm)
180
182 lm/W
(33lm)
175
2015.3Q
2015.4Q
2016.1Q
2016.2Q
2016.3Q
2016.4Q

8. E2-5630D Specification Under development NEW Advantages & Benefits
0.1~0.6W single Chip Package
Best lm/W
Macadam 3 step binning
Optimized for Troffer, Tube lighting Solution
Applications
Tube, Troffer
MP : 30th Oct.
*. LM hrs : End/Mar
Electrical Optical Characteristics
P/N
E2-5630D
5630D
CCT
5000K
3000K
Power
0.18W
Current
65mA
FLUX [lm] 36 34 32
VF [V]
2.78
2.8
Efficacy[lm/W]
195
185
187
176
CRI
Min 80

9. 5630 Concept comparison NEW
< Comparison E2-5630D vs. 5630D vs. 5630C >
NEW
Parts
E2-5630D
5630D
5630C
Change
Design O
Materials
LED-Chip
GaN on Sapphire X
Encapsulant
Silicone
LEAD FRAME
Copper Alloy (Silver Plated)
Reflector
Heat-resistant Polymer
[ PPA ]
Upgrade Heat-resistant Polymer [ PCT ]
Wire Au
Zener Si
Characteristics
PKG Size
5.6×3.0×0.65
5.6×3.0×0.75
Max. current
160mA
200mA VF
Typ 2.8 V
Typ 2.85 V LM
Typ 35.5 lm
Typ 33.8 lm
Typ 30.8 lm
LPW
195 lm/W
187 lm/W
166 lm/W
Thermal resistance
(RθJ-S )
15 ℃/W
18 ℃/W
5%↑

10. E2-5630D Roadmap @ Tj=25℃ / 5000K, 65mA driving Efficacy [lm/W] NOW
* This roadmap criteria is the end of quarter.
220
E2-5630D MP Max.
E2-5630D MP Typ.
5630D MP Typ.
216 lm/W
(39.2lm)
213 lm/W
(38.6lm)
215
210 lm/W
(38.0lm)
210
208 lm/W
(37.6lm)
207 lm/W
(37.4lm)
205 lm/W
(37.1lm)
204 lm/W
(36.9lm)
205
201 lm/W
(36.3lm)
198 lm/W
(36.1lm)
200
198 lm/W
(35.8lm)
195 lm/W
(35.6lm)
Efficacy [lm/W]
195 lm/W
(35.3lm)
193 lm/W
(35.0lm)
195
190 lm/W
(34.5lm)
190
187 lm/W
(34.0lm)
185
180
175
NOW
2015.4Q
2016.1Q
2016.2Q
2016.3Q

11. STW8C2SB (2 Chip, Series type)
3030B Specification
Advantages & Benefits
W 2 Chip TOP PKG (Max 200mA)
High Efficiency (Maximum LES)
High reliability product
Compact & Compatible Size
Macadam 3 step binning
Color uniformity improve
Applications
Retrofit Lamps
(bulb, candle, GU10, Tube, Troffer)
Spot Light, Strip Light (Architectural lighting)
Refrigerator , Indicator (Home Appliance)
Game (Entertainment)
LM80 Schedule
6,000hr ( March, 2015 )
Electrical Optical Characteristics
STW8C2SB (2 Chip, Series type)
CCT
5000K
3000K
2700K
Power
0.6W
0.9W
Current
100mA
150mA
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

12. 3030B Available Ranks
Available Ranks as of data sheet

13. 3030B Roadmap @ Tj=25℃ / 5000K, 2700K / 65mA driving Efficacy [lm/W]
* This roadmap criteria is the end of quarter.
165
STW8C2SB (5000K)
STW8C2SB (2700K)
160
160.2 lm/W
(98.5lm)
157.8 lm/W
(97.1lm)
155
155.5 lm/W
(95.6lm)
154.4 lm/W
(94.2lm)
Efficacy [lm/W]
150
150.9 lm/W
(92.8lm)
146.6 lm/W
(90.2lm)
144.4 lm/W
(88.8lm)
142.3 lm/W
(87.5lm)
145
141.4 lm/W
(86.2lm)
138.1 lm/W
(85lm)
140
135
2015.4Q
2016.1Q
2016.2Q
2016.3Q
2016.4Q

14. L-STW8C2SB (2 Chip, Series type)
L-3030B Specification
Under development
NEW
Advantages & Benefits
W 2 Chip TOP PKG (Max 200mA)
Compact & Compatible Size
Macadam 3 step binning
Color uniformity improve
Best Cost performance
Applications
Retrofit Lamps
(bulb, candle, GU10, Tube, Troffer)
Spot Light, Strip Light (Architectural lighting)
ES : 6th Nov.
MP : 30th Nov.
*. LM80 start : 6th Nov.
Electrical Optical Characteristics
L-STW8C2SB (2 Chip, Series type)
CCT
5000K
2700K
Power
0.6W
Current
100mA
FLUX [lm]
86.2 78
VF [V]
6.1
Efficacy[lm/W]
141.4
127.9
CRI
Min 80

15. L-3030B Roadmap @ Tj=25℃ / 5000K, 2700K, 100mA driving Efficacy [lm/W]
* This roadmap criteria is the end of quarter.
160
L-STW8C2SB Typ. (5000K)
L-STW8C2SB Typ. (2700K)
155
151.0 lm/W
(91.5lm)
148.3 lm/W
(90.2lm)
150
146.1 lm/W
(88.8lm)
143.5 lm/W
(87.5lm)
Efficacy [lm/W]
145
141.4 lm/W
(86.2lm)
140
135
136.6 lm/W
(82.8lm)
134.1 lm/W
(81.6lm)
130
132.2 lm/W
(80.4lm)
129.8 lm/W
(79.2lm)
127.9 lm/W
(78.0lm)
125
2015.4Q
2016.1Q
2016.2Q
2016.3Q
2016.4Q

16. 3030B 1 chip Specification Advantages & Benefits Applications
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, GU10, Tube)
Spot Light, Strip Light
(Architectural lighting)
Refrigerator , Indicator
(Home Appliance)
Game (Entertainment)
Electrical Optical Characteristics
3030 1chip - Standard
CCT
5000K
3000K
Power
0.19
Current
65mA
FLUX [lm] 30
28.5
VF [V]
2.95
Efficacy[lm/W]
158
150
CRI 80

17. 3030B 1 chip Available Ranks
Available Ranks as of data sheet

18. 3030B 1 chip Roadmap @ Tj=25℃ / 5000K, 2700K / 65mA driving
* This roadmap criteria is the end of quarter.
170
STW8C12B (5000K)
STW8C12B (2700K)
166.8 lm/W
(32lm)
165
164.6 lm/W
(31.5lm)
162.5 lm/W
(31.1lm)
160
Efficacy [lm/W]
159.2 lm/W
(30.6lm)
155 lm/W
(29.7lm)
153 lm/W
(29.3lm)
155
157.1 lm/W
(30.1lm)
151 lm/W
(28.9lm)
148 lm/W
(28.4lm)
150
146 lm/W
(28lm)
145
2015.4Q
2016.1Q
2016.2Q
2016.3Q
2016.4Q

19. N3020 Specification Advantages & Benefits Applications LM80
High lm/W up to 136
High CRI (80,90)
Design Flexibility (Compact & Slim size)
Best Cost performance
Applications
LM80
Retrofit Lamps (Bulb, Tube)
Channel Light
Refrigerator (home appliance)
Architectural Light
Entertainment Light
3020C 6000hrs Finished (0.1&1.2A)
3020B 6000hrs End of January
Size : 3.0 *2.0
Thickness : 0.6mm
Electrical Optical Characteristics
P/N
STW8B12B
STW8B12C
STW9B12C
STW8B12B-NZ
CCT
5000K
2700K
PKG SIZE
3.0 * 2.0 * 0.6
3.0*2.0*0.6
P [W]
0.32W
0.2W 60mA)
FLUX [LM]
15.4
14.0
37.9
29.1
22.5
Efficacy[lm/W]
134
103
130
100
125
CRI
Min.80
Min. 80
Min. 90
Max. current
Max.60mA
Max.120mA
Max.80mA

20. 3528 Specification Under development NEW Advantages & Benefits
Market Standard 3528 Package Size
High Color Quality, CRI Min. 80,(R9≥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 : 30th Oct.
*. LM hrs : End/April
Electrical Optical Characteristics
3528
CCT
5000K
2700K
Power
0.5W
Current
150 mA
FLUX [lm]
53.5 53
VF [V]
3.3
Efficacy[lm/W]
109
108
CRI 80

21. Mid Power
_MP overview
01-2

22. 5630 Line-up Advantages & Benefits Size CCT/CRI Watt Range Current
Key Point
Market Standard Size, 5.6mm x 3.0mm
Min CRI 80/90
ANSI & MacAdam 3 Step binning
0.18~0.5W single Chip Package
Typ.65mA~Max.200mA
World's best performance in light output with 180 lm/W efficacy
Cost Competitive (Very attractive pricing due to volume)
@ Tj=25 ℃
Part No.
Size
Color
Power VF IV
Typ. lF
Max. lF
Flux
CCT
CRI
2θ½ mm - W V cd mA lm K
Min ˚
STW9Q14D
5.6x3.0x0.65
White
0.18
2.8
8.3 65
200
26.0
2,600-,7000
Min.90
120
STW8Q14D
10.5　
33.4
2,600-7,000
Min.80
STW8Q14C
5.6x3.0x0.75
0.3
3.15
14.0
100
160 43
STW9Q14C
10.2
30.9
2,600-4,200
Part number : STW8Q14D, STW9Q14D (lF=65mA)
Min-Max (cd) A B C D E F G H Q
Min.90 Q R R
Min.80/90 S
Min.80 S T T U

23. 3030B Line-up Advantages & Benefits Size CCT/CRI Watt Range Current
Key Point
3.0 x 3.0 x 0.6mm
Min CRI 70/80/90
Mid Power to High Power up to 1.4W
Driven at as twice as high current up to 200mA
Deliver market leading lumen output over 100lm
Ideal for Omni directional lamps with compact size, superior lumen
High reliable product, UL Listed
@ Tj=25 ℃
Part No.
Size
Color
Power VF IV
Typ. lF
Max. lF
CCT
CRI
2θ½ Mm - W V cd mA K
Min ˚
STW7C2SB
3.0x3.0x0.6
CW/NW
0.6
6.1
30/30
100
200
3,700-7,000
Min.70
120
STW8C12B
CW/WW
0.19
2.95
9.5/9.3 65
2,600-7,000
Min.80
STW8C2SB 6
29.0/27.3
2,100-7,000
STW9C2SB WW 23 2,
Min.90
Part number : STW7C2SB, STW8C2SB, STW9C2SB (lF=100mA)
Min-Max (cd) A B C D E F G H J K K
Min.90
Min.80
K23 – 23-24
K24 – 24-26
K26 – 26-27
K27 –
Min.70/80
K28 –
Min.70 L
30-34
Min.70(30-32)
Min.80(30-34)

24. 3020 Line-up Advantages & Benefits Size CCT/CRI Performance Current
Key Point
3.0mm x 2.0mm x 0.60mm
Min CRI 80/90, Optimized CRI 85 (R9>50)
Feature the same high brightness as industry standard 5630 package
Typ.100mA, Max.120mA
A reduced footprint and Design Flexibility
Best Cost performance
@ Tj=25 ℃
Part No.
Size
Color
Power VF IV
Typ. lF
Max. lF
Flux
CCT
CRI
2θ½ mm - W V
mcd mA lm K
Min ˚
STW9B12C
3.0x2.0x0.6
White
0.3
3.2
9,500
100
120
27.3
2,600-4,200
Min.90
STW8B12B
0.12
3.05
5,050 40 80
15.1
2,600-7,000
Min.80
STW8B12C
3.15
11,350
35.5
STW8B12G
0.13 3
3,450 30
10.37
STW9B12G
Warm
2,600
7.8
2,600-3,700
STW8B12B-NZ
0.18
3.1
7,500 60
22.5
Part number : N3020’ STW8B12G, STW9B12G (lF=30mA)
Min-Max (cd) A B C D E F G H K
Min.90 K
Min.80/90 L
Min.80 L M

25. Power
_MP Product
02-1

26. WICOP2 – Z8Y15 Line up Advantages & Benefits Product : Z8Y15
Size(mm)
Flux Output
Key Points
1.5 x 1.5mm
Typ. Tj=25℃, 5000K – Max4.7W
Phosphor film directly attached to chip surface
Market leading color uniformity
High Lumen Density
Compact footprint(1.41x1.41mm) enables system level cost saving
@ Tj=25 ℃
Part No.
Color
Power VF lF If
Flux
CCT
CRI
2θ½ - W V
mA ［Typ］
mA［Max］ lm K
Min ˚
SZ8-Y15-W0-C7
Cool
Max.4.7
3.00
350
1,200
160
5,000
Min.70
140
SZ8-Y15-WN-C7
Neutral
150
4,000
SZ8-Y15-WW-C8
Warm
125
3,000
Min.80
Product : Z8Y15
Part number : SZ8-Y15-W0-C7, SZ8-Y15-WN-C7, SZ8-Y15-WW-C8 (lF=700mA)
Min-Max (lm) A B C D E F G H U
Min.80 V V V
Min.70 W W

27. WICOP2 Z8-Y15 Roadmap @ Tj=85℃ / 700mA driving
* This roadmap criteria is the end of quarter.

28. WICOP2 – Z8Y19 Line up Advantages & Benefits Product : Z8Y19
Size(mm)
Flux Output
Key Points
1.9 x 1.9mm
Typ. Tj=25℃, 5000K – Max7.8W
Phosphor film directly attached to chip surface
Market leading color uniformity
High Lumen Density
Compact footprint(1.81x1.81mm) enables system level cost saving
@ Tj=25 ℃
Part No.
Color
Power VF lF If
Flux
CCT
CRI
2θ½ - W V
mA ［Typ］
mA［Max］ lm K
Min ˚
SZ8-Y19-W0-C7
Cool
Max.7.8
2.92
350
2,000
170
5,000
Min.70
140
SZ8-Y19-WN-C7
Neutral
160
4,000
SZ8-Y19-WW-C8
Warm
3,000
Min.80
Product : Z8Y19
Part number : SZ8-Y19-W0-C7, SZ8-Y19-WN-C7, SZ8-Y19-WW-C8 (lF=700mA)
Min-Max (lm) A B C D E F G H V
Min.80 V V W
Min.70 W W

29. WICOP2 Z8-Y19 Roadmap @ Tj=85℃ / 700mA driving
* This roadmap criteria is the end of quarter.

30. WICOP2 Line up & MP Plan Z8 Y19 CRI/CCT Line up & MP Plan
Z8 Y15 MP Plan
 10/6 MP Target (because inner issues)
A, B, C (Cool)
D, E (Neutral)
F, G, H (Warm)
CRI 70 O
Early of October
CRI 80
Early of December
CRI 90
Early of November
SZ8-Y19-WW-C7(Warm White CRI70) : Early of October, MP Plan
CRI90 series : Early of November, (request from EU)

31. Power
_New Product
02-2

32. Viewing Angle [Degree]
Z8-Y22 Pre-Specification
Under development
Advantages & Benefits
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
2.21 x 2.21 x 0.405
MP : 30th Nov.
*. LM80 start : 30th Oct.
Electrical Optical Characteristics (Tj=85℃)
WICOP2 Y22
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

33. Z8Y19-3535D Pre-specification
Under development
Advantages & Benefits
Size(mm)
Flux Output
Key Points
3.5 x 3.5mm
Typ. Tj=25℃, 5000K – Max7.8W
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 : 18th Dec.
Electrical Optical Characteristics
@ Tj=25 ℃
Part No.
Color
Power VF lF If
Flux
CCT
CRI
2θ½ - W V
mA ［Typ］
mA［Max］ lm K
Min ˚
SZ8-Y D-W0-C7
Cool
Max.7.8
2.92
350
2,000
175
5,000
Min.70
140
SZ8-Y D-WN-C7
Neutral
165
4,000
SZ8-Y D-WW-C8
Warm
144
3,000
Min.80
3.05
700
324
305
266

34. Z8Y19-3535F Pre-specification
Under development
Advantages & Benefits
Size(mm)
Flux Output
Key Points
3.5 x 3.5mm
Typ. Tj=25℃, 5000K – Max7.8W
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 : 18th Dec.
Electrical Optical Characteristics
@ Tj=25 ℃
Part No.
Color
Power VF lF If
Flux
CCT
CRI
2θ½ - W V
mA ［Typ］
mA［Max］ lm K
Min ˚
SZ8-Y F-W0-C7
Cool
Max.7.8
2.92
350
2,000
170
5,000
Min.70
140
SZ8-Y F-WN-C7
Neutral
160
4,000
SZ8-Y F-WW-C8
Warm
3,000
Min.80
3.04
700
315
296
259

35. MJT
_New Product
03-1

36. 0.3x0.3x0.6 (Multi junction chip)
MJT 3030B Specification
NEW
Advantages & Benefits
High voltage operation (Typ 47V)
Compact design (Flexible design)
Good lm/$
Long life time
Applications
Retrofit Lamps
(bulb, candle, GU10)
Spot Light, Strip Light
(Architectural lighting)
MJT 3030_47V
Electrical Optical Characteristics
MJT 3030 _47V
CCT
3000K
2700K
PKG SIZE
　0.3x0.3x0.6 (Multi junction chip)
P [W]
0.95 W
FLUX [lm]
117
115
Efficacy[lm/W]
123
121
CRI
Min.80

37. MJT COB Specification NEW Advantages & Benefits Applications
High Voltage COB
Small Light Emitting Surface (LES)
High Reliability
Low Thermal Resistance
Macadam 3,5 step binning
Optimized for GU10 Lighting Solution
Much more efficiency driver topologies
Applications
Retrofit Lamps
(Bulb, Candle, GU10, Par, MR16)
Spot Light
(Architectural Lighting)
Size : 10.8 * 10.8
Thickness : 1.65 mm
Electrical Optical Characteristics
SAW81F1D
SAW81F1B
SAW82F1D
SAW82F1B
CCT
3000K
Chip
4 chip 4S
4 chip 2S2P
6 chip 6S
6 chip 3S2P
CRI
Min 80 (min)
LES
6.0Φ
VF [V]
180 90
185
92.5
P [W]
3.8
5.7
Current [mA] 20 40 30 60
Flux [lm]
456
690
Efficacy[lm/W]
120
121
Use 90~100V, 220V~230V

38. MJT
_MP Product
03-2

39. 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.
Acrich
MJT 5630
Acrich
MJT 5050
Acrich
MJT 5050
Luminous efficacy ［lm/W］
Acrich
MJT 4040
Acrich
MJT 4040
Acrich
MJT 3030
Acrich
MJT 3030
Acrich
MJT 2525
Acrich
MJT 3528
Voltage Range
20V
40V
60V
MJT
3030
Bulb, Linear module, Down light, Flush mount
High Reliability LM-80 completed
Best lm/$ performance
MJT
5050
- Street light, High bay light, Factory light, Security light
- High Lumen output Max 440lm output with Best lm/$
Low maintenance cost & Long life time by Acrich IC

40. Acrich MJT Series Line Up
MJT Series Mass Production Status by CCT, CRI
Product : MJT2525, MJT3030, MJT3528, MJT4040, MJT5630, MJT5050
Update on Sep 25
Product
Part No
CRI
Coordinate
Coordinate partitioning
Cool White
Neutral White
Warm White A B C D E F G H
MJT3030 7C
SAW8C72A
Min 80 ● 16
SAW9C72A
Min.90
15C
SAW8CF2A
SAW8CF2B
Min.80
MJT3528
10C
SAW8WA2A 6
MJT4040
SAW09A0A
Min 70
SAW89A0A ●　
21C
SAW09H0A
MJT5630
SAW8KG0B
SAW9KG0B
Min 90
MJT5050
SAW0LA0A
SAW8LA0A
SAW0LH0A
SAW8LH0A

41. Acrich MJT3030 – SAW8C72A, SAW9C72A
Advantages & Benefits
Size
Reliability
Key Points
3.0 x 3.0 x 0.65mm
22.5V MJT LM hours completed
Competitive lm/$
Need no converter & SMPS
Optimized for micro bulbs
Delivering same level of performance as DC package
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW8C72A
3,700~4,700
106 40
22.5
Min.80
120
4,700~7,000
109
SAW9C72A
2,600~3,700 93 88
Min.90
Product : MJT C
Part number : SAW8C72A, SAW9C72A (IF=40mA)
Min-Max (lm) A B C D E F G H
K26 – 80-85
Min.90
K28 – 85-90
K29 – 90-95
Min.80/90
Min.80
L31 –
L33 –
L35 –
L37 –

42. Acrich MJT3030 – SAW8CF2B, SAW8CF2A
Advantages & Benefits
Size
Reliability
Key Points
3.0 x 3.0 x 0.65mm
22.5V MJT LM hours completed
Competitive lm/$
Need no converter & SMPS
Optimized for micro bulbs
Delivering same level of performance as DC package
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW8CF2B
2,600~3,700
3,700~4,700
4,700~7,000
120
123
115 20
46.5
Min.80
SAW8CF2A
103
106
Product : MJT C
Part number : SAW8CF2A, SAW8CF2B (lF=20mA)
Min-Max (lm) A B C D E F G H
K29 – 90-95
Min.80
L31 –
L33 –
L35 –
L37 –
L38 –
L39 –
M41 –

43. Acrich MJT3528 - SAW8WA2A Advantages & Benefits
Size
CCT/CRI
Voltage
Key Point
3.5mm x 2.8mm
Energy Star Bin system
High voltage operation (Typ. 32.5V)
Best lm/$ performance
Cost Reduction in manufacturing light application.
Simple operating circuit
Acrich2 Module applied (High power 8W-32W)
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW8WA2A
3,700~7,000
132 40
32.5
Min.80
120
2,600~3,700
124
Product : MJT C
Part number : SAW8WA2A (lF=40mA)
Min-Max (lm) A B C D E F G H
L30 –
Min.80
L32 –
L35 –
L37 –
M40 –

44. Acrich MJT4040 – SAW09A0A, SAW89A0A
Advantages & Benefits
Size
CCT/CRI
Voltage
Key Point
4.0mm x 4.0mm x 2.2mm
Energy Star Bin system
High voltage operation (Typ 31V)
Cost Reduction in manufacturing light application
Simple operating circuit
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW09A0A
4,200-6,500
170 40 31
Min.70
120
SAW89A0A
3,700-4,200K
2,900-3,200K
177
168
Min.80
Product : MJT C
Part number : SAW09A0A, SAW89A0A (lF=40mA)
Min Flux A B C D E F G H W
Min.70
Min.80
Min.80　 W W W

45. Acrich MJT4040 – SAW09H0A Advantages & Benefits
Size
CCT/CRI
Voltage
Key Point
4.0mm x 4.0mm x 2.2mm
Energy Star Bin system
High voltage operation (Typ 64V , max 68V)
Cost Reduction in manufacturing light application
Simple operating circuit
Acrich2 Module applied (High power 16W↑)
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW09H0A
3,200-7,000
170 20 64
Min.70
120
Product : MJT C
Part number : SAW09H0A (lF=20mA)
Min-Max (lm) A B C D E F G H V
Min.70 V W W W

46. Acrich MJT5630 – SAW9KG0B, SAW8KG0B
Advantages & Benefits
Size
Reliability
CCT/CRI
Voltage
Key Point
5.6mm x 3.0mm x 0.75mm
LM80 6,000 completed
Energy Star Bin system (2600K~3200K)
High CRI solutions (Min CRI 80/90)
High voltage operation (Typ.22V)
Cost Reduction in manufacturing light application.
Simple operating circuit
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW8KG0B
3,700-7,000 58 20 22
Min.80
115
2,600-3,700
52.5
SAW9KG0B 45
Min.90
Product : MJT C
Part number : SAW9KG0B, SAW8KG0B (lF=20mA)
Min-Max (cd) A B C D E F G H W
Min90/80 X
Min80 Y Z J K

47. Acrich MJT5050 – SAW0LA0A, SAW8LA0A
Advantages & Benefits
Size
Voltage
Binning
Key Point
5.0mm x 5.0mm x 0.65mm
High Voltage – Typ.31V
Energy Star Bin system
SMT solderable
RoHS compliant
Super high flux output and high luminance
Best solution for high power lighting system.
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW0LA0A
3,700-7,000
180 40 31
Min.70
120
SAW8LA0A
2,600-3,700
165
155
Min.80
Product : MJT C
Part number : SAW0LA0A, SAW8LA0A (lF=40mA)
Min-Max (lm) A B C D E F G H V
Min.80
W1 –
Min.70/80 W
Min.70 X

48. Acrich MJT5050 – SAW0LH0A, SAW8LH0A
Advantages & Benefits
Size
Voltage
Binning
Key Point
5.0mm x 5.0mm x 0.65mm
High Voltage – Typ.64V
Energy Star Bin system
Lead Free product
RoHS compliant
Super high flux output and high luminance
Design for high voltage operation
@ Tj=25 ℃
Part No.
CCT
Luminous Flux IF VF
CRI
2θ½ K lm mA V - ˚
SAW0LH0A
3,700-7,000
180 20 64
Min.70
120
SAW8LH0A
2,700-4,700
155
Min.80
Product : MJT C
Part number : SAW0LH0A, SAW8LH0A (lF=20mA)
Min-Max (lm) A B C D E F G H V
Min.80 W
Min.70
Min.70/80 W X

49. COB
_New Product
04-1

50. Ver3 COB Concept(4-30W) Under development Advantages & Benefits
Key Point
Small (≤20mm LES) Standard-Density Integrated Arrays
Small LES 6mm & 9.8mm & 14mm
ANSI Compliant 3 SDCM binning
115° viewing angle, uniform chromaticity profile
Efficacies up to 130 lm/W
Full range of CCTs & CRI options available
Excellent thermal management
ES : 20th Nov.
MP : 20th Dec.
*. LM hrs : End/Mar
N6W(36V)
2014 ver2
2015 Ver3
LES [mm]
Products
Size [mm]
Watt
6.0
NZC4/NZC6
3~8 W/6~14W
13.5×13.5 8
ZC4/ZC6
13.5x13.5
9.8
NZC12
6~25W
14.5
ZC12/ZC18/ZC25
19.0×19.0
NZC18/NZC25
15~35W
19×19
Electrical Optical Characteristics
@ Tj=25 ℃
Unit
N4W(9V)
N4W(36V)
N6W(36V)
N12W(36V)
N18W(36V)
N25W(36V)
Package size mm
13.5x13.5x1.6
19.0x19.0x1.6
LES
6.0Φ
9.8Φ
14.0Φ
CRI Ra
Min. 80
Forward voltage V
8.6 35
Power consumption W
4.3
4.6
6.3
12.25
17.5
Forward current A
0.5 40 30 60
Luminous flux lm
559
598
819
1630
2400
Efficacy
lm/W
130
133
137
CCT K
2700

51. COB
_MP Product
04-2

52. ZC LED Arrays Small (≤20mm LES) Standard-Density Integrated Arrays
High
Density
High
Density
Small (≤20mm LES) Standard-Density Integrated Arrays
ZC LED Arrays
ZC4
ZC6
ZC12
ZC18 9V
36V
35V
LES(mm) 9 15
Lumen range (lm)
520-1,160
600-1,900
1,200-3,200
1,700-4,100
Typical Vf 85°C
8.4
34.8
33.3
34.1
34.3
Current range (mA)
500-1,150
Typical power (W)
4.5
4.7
6.3
12.6 18
Maximum power (W)
11.8
9.2
18.4
27.6
37.6
Best
lm/$
High
lm/W
Large (>20mm LES) Standard-Density Integrated Arrays
ZC LED Arrays
ZC25
ZC40
ZC60
ZC100
36V
55V
53V
LES(mm) 23 35
Lumen range (lm)
2,400-6,000
3,700-8,200
7,300-8,300
10,500-11,800
Typical Vf 85°C
34.1
34.3
52.0
51.3
Current range (mA)
700-1,380
1,000-1,840
1,100-1,700
1,500-3,000
Typical power (W)
25.2
35.8 60 80
Maximum power (W)
55.2 74
100
170

53. ZC Series (COB) Size Series Power Part No. CCT CRI VF lF Flux Typ.
Luminous
Efficacy
Viewing
Angle W - K V mA lm
lm/W
13.5*13.5
ZC4
4.4
SDW01F1B
5,000
Min.70
8.8
500
590
131
120
SDW81F1B
3,000
Min.80
536
122
5.0
SDW81F1DY
34.8
130
620
137
560
124
ZC6
6.3
SDW01F1C
180
885
140
SDW81F1C
820
773
123
SDW91F1C
4,000
Min.90
680
108
19.0*19.0
ZC12
12.6
SDW02F1C
35.6
350
1,839
141
SDW82F1C
1,680
134
1,576
127
SDW92F1C
Min 90
1,385
110
ZC18 18
SDW03F1C
35.8
2,520
SDW83F1C
2,273
126
2,192
SDW93F1C
1,940
28.0*28.0
ZC25
25.2
SDW04F1C 36
700
3,700
147
SDW84F1C
3,529
3,342
133
SDW94F1C
2,770
ZC40
SDW05F1C
1,000
5,300
SDW85F1C
4,961
138
4,712
SDW95F1C
3,876
ZC60 60
SDW06F1C
54.5
1,100
8,300
SDW86F1C
7,828
38.0*38.0
ZC100 80
SDW07F1C 53
1,500
11,800
148
SDW87F1C
11,000

54. ZC series Roadmap(1/2)
ZC4-25W Tj=25℃ / 500(130), 180, 350, 500, 700mA driving
This roadmap criteria is the end of quarter
(M.P typical target)
Current

55. ZC series Roadmap(2/2)
ZC40-100W Tj=25℃ / 500(130), 180, 350, 500, 700mA driving
This roadmap criteria is the end of quarter
(M.P typical target)
Current

56. COB
_Acrich COB
04-3

57. SMJD-XD08W4PF ▪ Application : Downlight ▪ Slim Design : All On Board
1. SPECIFICATION
2. ADVENTAGE
▪ Application : Downlight
▪ Slim Design : All On Board
▪ Small LES : Φ7.8mm
▪ Module Dimension : Φ60mm
▪ Conducted EMI : Pass
▪ Surge Test : Pass
▪ HIPOT Test : Pass
Φ7.8
Module
Power Consumption
[ W ]
Luminous Flux
[ lm ]
Luminous Efficacy
[ lm/W ]
CRI
CCT
[ K ]
Input Voltage
[V]
SMJD-2D08W4PF
8.5
810 95 80
All
120
SMJD-3D08W4PF
220
3. Action Plan 설계 ES CS MP
Webinar
8/31
9/15
10/30
11/13

58. SMJD-XD16W4PF ▪ Application : Downlight ▪ Slim Design : All On Board
1. SPECIFICATION
2. ADVENTAGE
▪ Application : Downlight
▪ Slim Design : All On Board
▪ Small LES : Φ10.3mm
▪ Module Dimension : Φ60mm
▪ Conducted EMI : Pass
▪ Surge Test : Pass
▪ HIPOT Test : Pass
Φ10.3
Module
Power Consumption
[ W ]
Luminous Flux
[ lm ]
Luminous Efficacy
[ lm/W ]
CRI
CCT
[ K ]
Input Voltage
[V]
SMJD-2D16W4PF
16.5
1,570 95 80
All
120
SMJD-3D16W4PF
220
3. Action Plan 설계 ES CS MP
Webinar
8/31
9/15
10/30
11/13

59. SMJD-XD30W4PF ▪ Application : Downlight ▪ Slim Design : All On Board
1. SPECIFICATION
2. ADVENTAGE
▪ Application : Downlight
▪ Slim Design : All On Board
▪ Small LES : Φ14.7mm
▪ Module Dimension : Φ70mm
▪ Conducted EMI : Pass
▪ Surge Test : Pass
▪ HIPOT Test : Pass
Φ14.7
Module
Power Consumption
[ W ]
Luminous Flux
[ lm ]
Luminous Efficacy
[ lm/W ]
CRI
CCT
[ K ]
Input Voltage
[V]
SMJD-2D30W4PF 30
2,850 95 80
All
120
SMJD-3D30W4PF
220
3. Action Plan 설계 ES CS MP
Webinar
8/31
9/15
10/30
11/13

60. 05
Power

61. Z5M2 Line up Advantages & Benefits Product : Z5M2
Size(mm)
Flux Output
Key Points
3.5 x 3.5 x 2.0mm
Typ. Tj=25℃, 5000K
High Lumen output and efficacy
Low Thermal Resistance
Wide CCT range K
ANSI compliant Binning, MacAdam 3 Step
@ Tj=25 ℃
Part No.
Color
Power VF lF If
Flux
CCT
CRI
2θ½ - W V
mA ［Typ］
mA［Max］ lm K
Min ˚
SZ5-M2-WW-C8
Warm
Max.5.2
2.95
350
1,500
139
3,000
Min.80
118.5
SZ5-M2-WW-00
150
Min.70
SZ5-M2-WN-C8
Neutral
144
4,000
SZ5-M2-WN-00
166
SZ5-M2-W0-00
Cool
168
5,000
Product : Z5M2
Part number : SZ5-M2-WW-C8, SZ5-M2-WW-00, SZ5-M2-WN-C8, SZ5-M2-WN-00, SZ5-M2-W0-00 (lF=700mA)
Min-Max (lm) A B C D E F G H V
Min.80 V
Min.70/80 V W
Min.70 W W

62. Z5M2 Specification Advantages & Benefits Applications LM80
High Efficacy (up to 85℃)
Excellent Thermal Characteristics (3.45℃/W)
High lumen/$: more than 25%↑ compared to competitors
Hot binning (Tj=85℃, 700mA condition)
Applications
Outdoor Area lighting
Street lights
High Bay/Low Bay
LM80
1.2A: 9000hours DONE
- 55℃, 85℃, 105℃
Size: 3.5x3.5x2.0 [t]
Electrical Optical Characteristics (Tj=85℃)
P/N
SZ5-M2-W0-00
SZ5-M2-WN-00
SZ5-M2-WW-C8
CCT
5000K
4000K
3000K IF
700mA
1000mA
1500mA
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 78
CRI
Min. 70
Min. 80
Viewing Angle
118

63. Z5M2 Roadmap @ Tj=85℃ / 700mA driving Efficacy [lm/W] 2015.3Q 2015.4Q
* This roadmap criteria is the end of quarter.
160
SZ5-M2-W0-00 (5000K / CRI70)
152 lm/W
(304lm)
SZ5-M2-WN-00 (4000K / CRI70)
150 lm/W
(300lm)
148 lm/W
(296lm)
SZ5-M2-WW-C8 (3000K / CRI80)
150
146 lm/W
(292lm)
150 lm/W
(300lm)
144 lm/W
(288lm)
148 lm/W
(296lm)
140 lm/W
(282lm)
146 lm/W
(292lm)
140
144 lm/W
(288lm)
141 lm/W
(283lm)
Efficacy [lm/W]
137 lm/W
(277lm)
130
124 lm/W
(249lm)
122 lm/W
(245lm)
120 lm/W
(241lm)
118 lm/W
(237lm)
120
116 lm/W
(232lm)
112 lm/W
(226lm)
3000K
110
2015.3Q
2015.4Q
2016.1Q
2016.2Q
2016.3Q
2016.4Q