HP ENVY TouchSmart 17-j113tx
HP ENVY TouchSmart 17-j113tx is a laptop computer model capable of running ArchLinux.
CPU op-mode(s): 32-bit, 64-bit Model name: Intel(R) Core(TM) i7-4700MQ CPU @ 2.40GHz CPU max MHz: 3400.0000 L3 cache: 6144K
Works without intervention. Recommend to use x86_64 architecture and enable Intel microcode updates.
VGA compatible controller: Intel Corporation 4th Gen Core Processor Integrated Graphics Controller
Works successfully with Intel graphics, using either xf86-video-intel or modesetting.
3D controller: NVIDIA Corporation GK208M [GeForce GT 740M]
% aplay -l
HDMI [HDA Intel HDMI], HDMI 0 [HDMI 0]
Not (yet) tested.
PCH [HDA Intel PCH], 92HD91BXX Analog [92HD91BXX Analog]
Basic functionality works with the snd_hda_intel kernel module.
NAME RM SIZE TYPE TRAN sda 0 931.5G disk sata sdb 0 931.5G disk sata
HDDs. Hpfall or AUR are theoretically compatible, however:
- No-one has 'dropped' their unit to test.
- Either package only allows one device to be specified for protection.
- Asynchronous loading through Udev means that the device being protected may change between reboots.
There is an HDD activity LED, which shows activity for both HDDs.
sr0 1 rom sata
Battery status and power status LEDs both work, but are on opposite sides of the laptop.
eDP1 1920x1080+0+0 381mm x 214mm
A switch is present for lid-closed/lid-open events, and lid-closed operation is possible.
HDMI port: An external display can be driven successfully up to the same resolution under the same conditions, with both mirroring and extended desktop modes.
⎡ Virtual core pointer ⎜ ↳ eGalax Inc. eGalaxTouch
The integrated display includes a Touchscreen. Basic (single-touch) gestures work successfully without intervention. Some complex (multi-touch) gestures could be made to work as at early 2015 with a combination of Touchegg and the proprietary AUR package.
Realtek Semiconductor Corp. HP "Truevision HD" laptop camera
Integrated webcam. Works successfully with Video4Linux2. Activity LED shows when camera is active.
The laptop has integrated 4.1 speakers. Stereo sound works successfully from the front two speakers without intervention under ALSA.
The other speakers are not recognised or used by default; they can be mapped using the
hdajackretask utility from the package, and it appears the correct combination is the same as for other contemporary HP ENVY models listed in ArchWiki:
|Pin ID||Override Mapping|
|0x0f||Internal speaker (Back)|
|0x10||Internal speaker (LFE)|
Audio Jack port: This is a combined analog audio-out/audio-in port. Audio out to speakers works, with the integrated speakers deactivated upon plug-in.
The laptop has integrated dual microphones. Basic capture from these microphones works successfully under ALSA; more advanced capture features have not (yet) been tested.
Audio Jack port: This is a combined analog audio-out/audio-in port. Audio in has not (yet) been tested.
Ethernet controller: Realtek Semiconductor Co., Ltd. RTL8111/8168/8411 PCI Express Gigabit Ethernet Controller
Working successfully with wired network configuration using the r8169 kernel module.
RJ-45 Ethernet port: Link and activity LEDs operate when connected and are adjacent to the port itself.
Network controller: Intel Corporation Wireless 7260
Working successfully with wireless network configuration using the iwlwifi kernel module. The antennae are in the integrated display and give acceptable reception.
Bluetooth transceiver. As at early 2015, works successfully with the standard bluetooth software stack; pairing to one device, with limited testing of multimedia and file transfer modes, showed no difficulties.
Integrated keyboard is standard 'US' layout, and works successfully in this configuration. The 'Windows' key is correctly mapped as a [Meta] key.
The integrated numeric keypad is dual-function, and defaults to scrolling actions unless [Num Lock] is enabled. There is no [Scroll Lock] key and there is no indicator light for [Num Lock].
The integrated Function keys are also dual-function, and default to either system control actions or assigned Functions depending on what is configured in the Firmware Setup Utility (reversible at runtime by using the [Fn] key in combination). The system control actions are:
|Key(s)||Cotrol Action||Status (assuming appropriate software)|
|F1||[Meta]+[F1]||No hardware action by default, but may trigger a software action (meant to be a 'Help' key under Windows).|
|F2, F3||Monitor Brightness Down/Up||Works for integrated display.|
|F4||[Meta]+[P]||No hardware action by default, but may trigger a software action (meant to switch video output under Windows).|
|F5||Not captured (activates and deactivates the keyboard backlight, which appears to be hardware controlled).|
|F6, F7, F8||Volume Mute/Down/Up||Works, including the LED that shows when volume is muted.|
|F9, F10, F11||Media Previous/Play/Next||Works.|
|F12||Not captured (activates and deactivates Wireless LAN and Bluetooth transceivers, with a LED that changes depending on this state).|
⎡ Virtual core pointer ⎜ ↳ SynPS/2 Synaptics TouchPad
The only serial bus present is USB 3.0, with four ports (one of which is a 'charging port'). These work successfully.
Validity Sensors, Inc. Swipe Fingerprint Sensor
Currently not supported by Fprint, according to the project website. The AUR package may offer some hope, but this has not (yet) been tested on this model.
The firmware on this model respects the EFI Boot Order (use e.g.), so no workarounds are required to boot something else by default.
If dual-booting is wanted, the standard Windows and Arch dual boot advice applies. Note that booting Windows 8.1 causes the EFI Boot Order to be reset.
Installation was undertaken from optical media using the 2014.11 Arch ISO. No special steps were required for the installation beyond overriding the default EFI Boot Order (which always attempts to boot Windows from HDD first).
All of the volumes important to booting/recovering Windows are located on the first HDD, with the second HDD being extra space for data (it is formatted to NTFS, but otherwise empty). If dual-booting is wanted, the easiest approach is to erase the second HDD and install there.
Alternatively, it is possible to reclaim almost half the capacity of the first HDD by performing a resize of the volume that is the Windows 'C:\' mount, assuming no significant activity has occurred on that volume under Windows.