Schematic Diagrams

Intel P965 4/5 GND

B.Schematic Diagrams

Sheet 9 of 43

Intel P965 4/5 GND

U6H

BC37

BC32 VSS_1

BC28 VSS_2

BC24 VSS_3

BC10 VSS_4

BC5 VSS_5

BB7 VSS_6

AY41 VSS_7

AY4 VSS_8

AW43 VSS_9

AW41 VSS_10

AW1 VSS_11

AV37 VSS_12

AV35 VSS_13

AV27 VSS_14

AV23 VSS_15

AV21 VSS_16

AV17 VSS_17

AV11 VSS_18

AV9 VSS_19

AV7 VSS_20

AU42 VSS_21

AU38 VSS_22

AU32 VSS_23

AU24 VSS_24

AU20 VSS_25

AU6 VSS_26

AU2 VSS_27

AT31 VSS_28

AT29 VSS_29

AT15 VSS_30

AT13 VSS_31

AT12 VSS_32

AR38 VSS_33

AR33 VSS_34

AR32 VSS_35

AR27 VSS_36

AR26 VSS_37

AR23 VSS_38

AR21 VSS_39

AR20 VSS_40

AR17 VSS_41

AR9 VSS_42

AR6 VSS_43

AP43 VSS_44

AP24 VSS_45

AP18 VSS_46

AP1 VSS_47

AN38 VSS_48

AN31 VSS_49

AN29 VSS_50

AN24 VSS_51

AN23 VSS_52

AN20 VSS_53

AN15 VSS_54

AN13 VSS_55

AN12 VSS_56

AN11 VSS_57

AN4 VSS_58

AM42 VSS_59

AM40 VSS_60

AM36 VSS_61

AM33 VSS_62

AM29 VSS_63

AM24 VSS_64

AM23 VSS_65

AM20 VSS_66

AM11 VSS_67

AM9 VSS_68

AM7 VSS_69

AM4 VSS_70

AM2 VSS_71

AM1 VSS_72

AL36 VSS_73

AL33 VSS_74

AK43 VSS_75

AJ39 VSS_76

AJ36 VSS_77

AJ33 VSS_78

AH42 VSS_79

AG37 VSS_80

AG34 VSS_81

AF43 VSS_82

AF37 VSS_83

AF36 VSS_84

AF10 VSS_85

AF9 VSS_86

AF8 VSS_87

AF7 VSS_88

AF6 VSS_89

M27 VSS_90

M21 VSS_91 VSS_92

82G965

 

VSS_93

M17

 

M15

 

VSS_94

M10

 

VSS_95

M7

 

VSS_96

M1

 

VSS_97

L33

 

VSS_98

L32

 

VSS_99

L31

 

VSS_100

L29

 

VSS_101

L21

 

VSS_102

L20

 

VSS_103

L11

 

VSS_104

L7

 

VSS_105

L5

 

VSS_106

L3

 

VSS_107

K43

 

VSS_108

K26

 

VSS_109

K21

 

VSS_110

K18

 

VSS_111

K13

 

VSS_112

K12

 

VSS_113

K2

 

VSS_114

J38

 

VSS_115

J35

 

VSS_116

J32

 

VSS_117

J27

 

VSS_118

J21

 

VSS_119

J9

 

VSS_120

J7

 

VSS_121

J5

 

VSS_122

H31

 

VSS_123

H29

 

VSS_124

H21

 

VSS_125

H20

 

VSS_126

H17

 

VSS_127

H15

 

VSS_128

H13

 

VSS_129

G42

 

VSS_130

G38

GND

VSS_131

G32

VSS_132

G21

VSS_133

G13

VSS_134

G12

VSS_135

G11

 

VSS_136

G9

 

VSS_137

G7

 

VSS_138

G1

 

VSS_139

F37

 

VSS_140

F35

 

VSS_141

F27

 

VSS_142

F21

 

VSS_143

F18

 

VSS_144

F3

 

VSS_145

E43

 

VSS_146

E32

 

VSS_147

E24

 

VSS_148

E21

 

VSS_149

E20

 

VSS_150

E15

 

VSS_151

E13

 

VSS_152

E11

 

VSS_153

E9

 

VSS_154

E3

 

VSS_155

D40

 

VSS_156

D31

 

VSS_157

D21

 

VSS_158

D17

 

VSS_159

D3

 

VSS_160

C26

 

VSS_161

C11

 

VSS_162

C6

 

VSS_163

C5

 

VSS_164

C4

 

VSS_165

B37

 

VSS_166

B32

 

VSS_167

B31

 

VSS_168

B26

 

VSS_169

B23

 

VSS_170

B22

 

VSS_171

B19

 

VSS_172

B14

 

VSS_173

B10

 

VSS_174

A39

 

VSS_175

A34

 

VSS_176

A26

 

VSS_177

A18

 

VSS_178

A12

 

VSS_179

A7

 

VSS_180

 

8 OF 9

 

 

 

 

U6I

AF5

AF3 VSS_181

AF2 VSS_182

AF1 VSS_183

AD42 VSS_184

AD39 VSS_185

AD37 VSS_186

AD35 VSS_187

AD33 VSS_188

AD25 VSS_189

AD23 VSS_190

AD21 VSS_191

AD19 VSS_192

AC38 VSS_193

AC35 VSS_194

AC24 VSS_195

AC22 VSS_196

AC20 VSS_197

AC10 VSS_198

AC7 VSS_199

AC5 VSS_200

AB43 VSS_201

AB25 VSS_202

AB23 VSS_203

AB21 VSS_204

AB19 VSS_205

AB2 VSS_206

AB1 VSS_207

AA38 VSS_208

AA35 VSS_209

AA24 VSS_210

AA22 VSS_211

AA20 VSS_212

AA8 VSS_213

AA5 VSS_214

Y42 VSS_215

Y37 VSS_216

Y35 VSS_217

Y33 VSS_218

Y25 VSS_219

Y23 VSS_220

Y21 VSS_221

Y19 VSS_222

Y10 VSS_223

Y 7 VSS_224

Y 5 VSS_225

Y 1 VSS_226

W3 VSS_227

V43 VSS_228

V39 VSS_229

V37 VSS_230

V34 VSS_231

V32 VSS_232

V11 VSS_233

V8 VSS_234

V5 VSS_235

V2 VSS_236 VSS_237

82G965

GND

9 OF 9

VSS_238 VSS_239 VSS_240 VSS_241 VSS_242 VSS_243 VSS_244 VSS_245 VSS_246 VSS_247 VSS_248 VSS_249 VSS_250 VSS_251 VSS_252 VSS_253 VSS_254 VSS_255 VSS_256 VSS_257 VSS_258 VSS_259 VSS_260 VSS_261 VSS_262 VSS_263 VSS_264 VSS_265 VSS_266 VSS_267 VSS_268 VSS_269 VSS_270 VSS_271 VSS_272 VSS_273 VSS_274 VSS_275 VSS_276 VSS_277 VSS_278 VSS_279 VSS_280 VSS_281 VSS_282 VSS_283 VSS_284 VSS_285 VSS_286 VSS_287 VSS_288 VSS_289 VSS_290 VSS_291 VSS_292 VSS_293

U38

U35

U8

U7

U5

T42

T1

R36

R33

R31

R11

R8

R5

R3

P43

P30

P21

P18

P17

P2

N36

N33

N31

N27

N21

N13

N10

N7

N5

M42

M37

M35

M33

BC41

BC3

BA1

AY40 AF23 AF21 AF19 AE24 AE22 AE20 AE18 AC18 AA18 W24 W22 W20 R21 E1 C43 C1 A41 A5 A3

B - 10 Intel P965 4/5 GND

Page 63
Image 63
Intel LV22C Series, LV19C Series, LV19N Series, LV22N Series manual Sheet 9 Intel P965 4/5 GND

LV19N Series, LV19C Series, LV22C Series, LV22N Series specifications

Intel has consistently pushed the boundaries of technology, and its LV22N, LV22C, LV19C, and LV19N series processors are prime examples of its commitment to innovation and performance. These processors are built to cater to a wide range of applications, from embedded systems to energy-efficient computing, making them versatile solutions for various industries.

The Intel LV22N Series stands out with its advanced fabrication technology, providing improved performance per watt compared to previous generations. With features such as enhanced multi-core processing capabilities, these processors are designed to handle demanding workloads effectively. The LV22N series supports Intel's latest architecture, allowing for increased cache sizes and memory bandwidth. This enhances data processing capabilities, making it ideal for edge computing and IoT applications. Precision timing and security features such as Intel Hardware Shield further bolster its reliability.

On the other hand, the LV22C Series is tailored for high-performance computing tasks. It supports Intel's deep learning and Artificial Intelligence (AI) capabilities, enabling developers to create smarter applications. The LV22C processors offer integrated graphics that deliver superior multimedia performance, ensuring smooth video playback and graphics rendering. These processors also come equipped with Intel’s Turbo Boost Technology, which optimizes performance by dynamically increasing clock speeds when necessary.

The LV19C Series targets energy-efficient solutions without sacrificing performance. This series is particularly beneficial for mobile applications, allowing devices to run longer on a single charge. With features like Dynamic Tuning Technology, LV19C processors adjust power consumption based on workload, which enhances battery life and thermal performance. This focus on efficiency helps reduce the total cost of ownership for devices used in various sectors.

Lastly, the LV19N Series combines low power consumption with high-performance capabilities. It's engineered for use in compact, thermal-constrained environments, making it an excellent choice for embedded systems. The LV19N processors incorporate advanced security features to safeguard data while offering reliable connectivity options for Internet of Things (IoT) deployments.

In summary, the Intel LV22N, LV22C, LV19C, and LV19N series processors represent a significant leap in technology, characterized by their performance, efficiency, and specialized features. With their diverse applications, these series provide solutions that accommodate the evolving demands of computing, making them indispensable in the modern technological landscape.