HP Elite x2 1011 G1 Quickspecs page 24

QuickSpecs
Technical Specifications
WLAN
Intel® Tri Band Form Factor
Wireless-AC 17265
Dimensions
802.11a/b/g/n/ac (2x2)
Weight
and Bluetooth® 4.0 +
Operating Voltage
WiGig Combo***
Power Consumption
Power Management
Thermal Management
Temperature
Humidity
Altitude
LED Activity
Not all configuration components are available in all regions/countries.
c04507222 – DA – 15130 — Worldwide - Version 9 –January 20, 2016
Combo Module, M.2 3030-S3-A
30.00±0.15mm by 30.00±0.15mm by 2.38mm max.
4 grams
3.3 Volts
Win8.1 Connected Standby Supports Win8.1 Connected Standby
CPPM Gen 1
ACPIv3.0
ACPIv4.0
ACPIv5.0
Wake on WiGig
Configurable TDP
Storing TDP limit
Thermal throttling
Maintaining connectivity
while throttling
Thermal Critical Shutdown Module implements a WiGig-autonomous
Ambient
Operating
Non-operating
Operating
Non-operating
Amber and White, Solid on Flashing and 'Breathing' indicate link
status and Standby/Sleep status (see dock user manual for details)
HP Elite x2 1011 G1
TBD
mode, and ensuing RTD3 (real time D3)
flows
Supports CPPM (Converged Platform
Power Management) Gen1
Implements according to the ACPI v3.0
Specification
Implements according to the ACPI v4.0
Specification
Implements according to the ACPI v5.0
Specification
Able to trigger waking up the platform
upon the following events:
USB activity on the dock, while connected.
Detection of a pre-paired WiGig dock.
Disconnection.
Implements a mechanism which enables
capping of the thermal dissipation of
Device Module and R-FEM, Dock WiGig
Module, R-FEM, independently, to a pre-
configured limit per platform.
Module TDP limits are stored in a secured
persistent memory in the platform (e.g.,
BIOS tables).
Module implements a WiGig-autonomous
Thermal throttling mechanism, to
prevent the silicones junction
temperature from reaching the critical
shutdown threshold.
Module maintains an active WiGig link
while in thermal throttling.
thermal critical shutdown mechanism, to
protect the Silicones from permanent
thermal damage.
≤ 35°C
0° to +80°
50% to 90% RH non-condensing (at
temperatures of 25°C to 35°C)
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