Datasheet

Electrical Specifications
Dual-Core Intel
®
Xeon
®
Processor 7000 Series Datasheet 27
NOTES:
1. The V
CC_MIN
and V
CC_MAX
loadlines represent static and transient limits.
2. This table is intended to aid in reading discrete points on Figure 2-4.
3. The loadlines specify voltage limits at the die measured at the VCCSENSE and VSSSENCE pins. Voltage
regulation feedback for voltage regulator circuits must be taken from processor V
CC
and V
SS
pins. Refer to
the Voltage Regulator Module (VRM) and Enterprise Voltage Regulator Down (ERVD) 10.2 Design
Guidelines for socket loadline guidelines and VR implementation.
Table 2-9. V
CC
Static and Transient Tolerance
Icc Vcc_max Vcc_typical Vcc_min Notes
0 VID-0.000 VID-0.020 VID-0.040 1,2,3
5 VID-0.006 VID-0.026 VID-0.046 1,2,3
10 VID-0.013 VID-0.033 VID-0.052 1,2,3
15 VID-0.019 VID-0.039 VID-0.059 1,2,3
20 VID-0.025 VID-0.045 VID-0.065 1,2,3
25 VID-0.031 VID-0.051 VID-0.071 1,2,3
30 VID-0.038 VID-0.058 VID-0.077 1,2,3
35 VID-0.044 VID-0.064 VID-0.084 1,2,3
40 VID-0.050 VID-0.070 VID-0.090 1,2,3
45 VID-0.056 VID-0.076 VID-0.096 1,2,3
50 VID-0.063 VID-0.083 VID-0.103 1,2,3
55 VID-0.069 VID-0.089 VID-0.109 1,2,3
60 VID-0.075 VID-0.095 VID-0.115 1,2,3
65 VID-0.081 VID-0.101 VID-0.121 1,2,3
70 VID-0.087 VID-0.108 VID-0.128 1,2,3
75 VID-0.094 VID-0.114 VID-0.134 1,2,3
80 VID-0.100 VID-0.120 VID-0.140 1,2,3
85 VID-0.106 VID-0.126 VID-0.147 1,2,3
90 VID-0.112 VID-0.133 VID-0.153 1,2,3
95 VID-0.119 VID-0.139 VID-0.159 1,2,3
100 VID-0.125 VID-0.145 VID-0.165 1,2,3
105 VID-0.131 VID-0.151 VID-0.172 1,2,3
110 VID-0.137 VID-0.158 VID-0.178 1,2,3
115 VID-0.144 VID-0.164 VID-0.184 1,2,3
120 VID-0.150 VID-0.170 VID-0.190 1,2,3
125 VID-0.156 VID-0.177 VID-0.197 1,2,3
130 VID-0.162 VID-0.183 VID-0.203 1,2,3
135 VID-0.169 VID-0.189 VID-0.209 1,2,3
140 VID-0.175 VID-0.195 VID-0.216 1,2,3
145 VID-0.181 VID-0.202 VID-0.222 1,2,3
150 VID-0.187 VID-0.208 VID-0.228 1,2,3