1. Install SpecDevice
2. Run and decode your specs
3. Get your link (read more...)
| General Specifications | |
|---|---|
| Manufacturer | HARDSTONE Group Co., Ltd |
| Model | HARDSTONE Android TV 638 |
| Firmware | 5.1.1; 5.0.8; SDK22 |
| CPU | 2 cores; rev 4 (v7l) monet; Max: ۱۴۰۰٫۰ MHz; Min: ۱۰۵۰٫۰ MHz |
| Display | 1920 x 1080; DPI: 320; Evaluated Size: ۶٫۹" |
| Touch screen | NOT multitouch 1 point |
| GPU | Mali-T720; ARM; OpenGL ES-CM 1.1; OpenGL ES 3.1 |
| RAM | 1024 MB (1000 MB available) |
| Flash | 4 GB (3.688 GB actual); 16 GB (14.738 GB actual) (see memory map tab) |
| Communications | |
| Phone | None |
| WiFi | 8188eu; IEEE 802.11 b/g/n; Realtek RTL8188E; AP Mode |
| USB Host | Yes |
| Bluetooth | no |
| GPS | No |
| Advanced Features | |
| Front camera | Fail to connect to camera service |
| Back camera | No |
| Sensors | Accelerometer sensor (Accelerometer sensor); range: 0...۱۰۲۴۰٫۰۰۰; resolution: ۱٫۰۰۰ (۰٫۰۱۰%); power: ۰٫۵۰۰mA; |
| KEH Gyroscope (Kehwin); range: 0...۲۰۰۰٫۰۰۰; resolution: ۱٫۰۰۰ (۰٫۰۵۰%); power: ۰٫۵۰۰mA; | |
| MPL Magnetic Field (Invensense); range: 0...۱۰۲۴۰٫۰۰۰; resolution: ۱٫۰۰۰ (۰٫۰۱۰%); power: ۰٫۵۰۰mA; | |
| MPL Rotation Vector (Invensense); range: 0...۱۰۲۴۰٫۰۰۰; resolution: ۱٫۰۰۰ (۰٫۰۱۰%); power: ۰٫۵۰۰mA; | |
| Gravity Sensor (AOSP); range: 0...۱۹٫۶۱۳; resolution: ۱٫۰۰۰ (۵٫۰۹۹%); power: ۱٫۵۰۰mA; | |
| Linear Acceleration Sensor (AOSP); range: 0...۱۹٫۶۱۳; resolution: ۱٫۰۰۰ (۵٫۰۹۹%); power: ۱٫۵۰۰mA; | |
| Vibrator | No |
| Supported languages | 172; Afrikaans; Aghem; Akan; Amharic; Arabic; Assamese; Asu; Azerbaijani; Basaa; Belarusian; Bemba; Bena; Bulgarian; Bambara; Bengali; Tibetan; Breton; Bodo; Bosnian; Catalan; Chiga; Cherokee; Czech; Welsh; Danish; Taita; German; Zarma; Duala; Jola-Fonyi; Dzongkha; Embu; Ewe; Greek; English; Esperanto; Spanish; Estonian; Basque; Ewondo; Persian; Fulah; Finnish; Filipino; Faroese; French; Irish; Galician; Swiss German; Gujarati; Gusii; Manx; Hausa; Hawaiian; Hebrew; Hindi; Croatian; Hungarian; Armenian; Indonesian; Igbo; Sichuan Yi; Icelandic; Italian; Japanese; Ngomba; Machame; Georgian; Kabyle; Kamba; Makonde; Kabuverdianu; Koyra Chiini; Kikuyu; Kazakh; Kako; Kalaallisut; Kalenjin; Khmer; Kannada; Korean; Konkani; Kashmiri; Shambala; Bafia; Cornish; Kyrgyz; Langi; Ganda; Lakota; Lingala; Lao; Lithuanian; Luba-Katanga; Luo; Luyia; Latvian; Masai; Meru; Morisyen; Malagasy; Makhuwa-Meetto; Meta'; Macedonian; Malayalam; Mongolian; Marathi; Malay; Maltese; Mundang; Burmese; Nama; Norwegian; North Ndebele; Nepali; Dutch; Kwasio; Norwegian; Ngiemboon; Nuer; Nyankole; Oromo; Oriya; Punjabi; Polish; Pashto; Portuguese; Romansh; Rundi; Romanian; Rombo; Russian; Kinyarwanda; Rwa; Samburu; Sangu; Sena; Koyraboro Senni; Sango; Tachelhit; Sinhala; Slovak; Slovenian; Shona; Somali; Albanian; Serbian; Swedish; Swahili; Congo Swahili; Tamil; Telugu; Teso; Thai; Tigrinya; Tongan; Turkish; Tasawaq; Central Atlas Tamazight; Uyghur; Ukrainian; Urdu; Uzbek; Vai; Vietnamese; Vunjo; Soga; Yangben; Yoruba; Standard Moroccan Tamazight; Chinese; Zulu |
| Battery | Technology: ; Voltage: 0 |
| SD Version: | 1.1 7 |
KERNEL: Linux version 3.10.40 (huangshuxin@AVENGERS) (gcc version 4.7.2 (Sourcery CodeBench Lite 2012.09-64) ) #14 SMP PREEMPT Fri Mar 11 15:43:31 CST 2016
CODENAME: REL
Mainboard: hardstone
BRAND: hardstone
CPU_ABI: armeabi-v7a
CPU_ABI2: armeabi
DEVICE: hardstone
DISPLAY: aosp_hardstone-userdebug 5.1.1 LMY47V 5.0.8 dev-keys
FINGERPRINT: hardstone/aosp_hardstone/hardstone:5.1.1/LMY47V/5.0.8:userdebug/dev-keys
HARDWARE: monet
ID: LMY47V
TAGS: dev-keys
processor : 0
model name : ARMv7 Processor rev 4 (v7l)
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls vfpv4 idiva idivt
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x0
CPU part : 0xd03
CPU revision : 4
processor : 1
model name : ARMv7 Processor rev 4 (v7l)
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls vfpv4 idiva idivt
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x0
CPU part : 0xd03
CPU revision : 4
Hardware : monet
Revision : 0020
Serial : 0000000000000000
Processor : ARMv7 Processor rev 4 (v7l)
GL_EXT_debug_marker
GL_ARM_rgba8
GL_ARM_mali_shader_binary
GL_OES_depth24
GL_OES_depth_texture
GL_OES_depth_texture_cube_map
GL_OES_packed_depth_stencil
GL_OES_rgb8_rgba8
GL_EXT_read_format_bgra
GL_OES_compressed_paletted_texture
GL_OES_compressed_ETC1_RGB8_texture
GL_OES_standard_derivatives
GL_OES_EGL_image
GL_OES_EGL_image_external
GL_OES_EGL_sync
GL_OES_texture_npot
GL_OES_vertex_half_float
GL_OES_required_internalformat
GL_OES_vertex_array_object
GL_OES_mapbuffer
GL_EXT_texture_format_BGRA8888
GL_EXT_texture_rg
GL_EXT_texture_type_2_10_10_10_REV
GL_OES_fbo_render_mipmap
GL_OES_element_index_uint
GL_EXT_shadow_samplers
GL_OES_texture_compression_astc
GL_KHR_texture_compression_astc_ldr
GL_KHR_texture_compression_astc_hdr
GL_KHR_debug
GL_EXT_occlusion_query_boolean
GL_EXT_disjoint_timer_query
GL_EXT_blend_minmax
GL_EXT_discard_framebuffer
GL_OES_get_program_binary
GL_OES_texture_3D
GL_EXT_texture_storage
GL_EXT_multisampled_render_to_texture
GL_OES_surfaceless_context
GL_OES_texture_stencil8
GL_EXT_shader_pixel_local_storage
GL_ARM_shader_framebuffer_fetch
GL_ARM_shader_framebuffer_fetch_depth_stencil
GL_ARM_mali_program_binary
GL_EXT_sRGB
GL_EXT_sRGB_write_control
GL_EXT_texture_sRGB_decode
GL_KHR_blend_equation_advanced
GL_OES_texture_storage_multisample_2d_array
GL_OES_shader_image_atomic
<4>[ 721.295180] RTL871X: rtw_wdev_unregister(wdev=d883fc00)
<4>[ 721.375115] RTL871X: rtw_ndev_uninit(p2p0)
<4>[ 721.435607] RTL871X: rtw_wdev_unregister(wdev=ee718800)
<4>[ 721.476261] RTL871X: rtw_pm_set_ips IPS_NONE
<4>[ 721.476280] RTL871X: rtw_pm_set_ips: bDriverStopped=1, bup=1, hw_init_completed=1
<4>[ 721.476293] RTL871X: usb_write_port_cancel
<4>[ 721.476370] RTL871X: ### Clean STA_(1) info
<4>[ 721.476382] RTL871X: ===> rtw_dev_unload
<4>[ 721.476387] RTL871X: usb_read_port_cancel
<4>[ 721.476396] RTL871X: usb_write_port_cancel
<4>[ 721.476475] RTL871X: rtw_cmd_thread: DriverStopped(1) SurpriseRemoved(0) break at line 478
<4>[ 721.476605] RTL871X: rtw_hal_check_ips_status: HalFunc.check_ips_status is NULL!
<4>[ 721.476613] RTL871X: rtw_dev_unload: driver not in IPS
<4>[ 721.476618] RTL871X: ==> rtl8188eu_hal_deinit
<4>[ 721.476916] RTL871X: bkeepfwalive(0)
<4>[ 721.483192] RTL871X: SetHwReg8188EU: bMacPwrCtrlOn=0
<4>[ 721.483208] RTL871X: <=== rtw_dev_unload
<4>[ 721.483212] RTL871X: +r871xu_dev_remove, hw_init_completed=0
<4>[ 721.483219] RTL871X: rtw_wdev_free(wdev=d883fc00)
<4>[ 721.483836] rtw_free_skb_premem, rtk_skb_mem_q len : 1
<4>[ 721.483960] rtw_free_skb_premem, rtk_skb_mem_q len : 2
<4>[ 721.483972] rtw_free_skb_premem, rtk_skb_mem_q len : 3
<4>[ 721.483978] rtw_free_skb_premem, rtk_skb_mem_q len : 4
<4>[ 721.483983] rtw_free_skb_premem, rtk_skb_mem_q len : 5
<4>[ 721.483988] rtw_free_skb_premem, rtk_skb_mem_q len : 6
<4>[ 721.483992] rtw_free_skb_premem, rtk_skb_mem_q len : 7
<4>[ 721.483997] rtw_free_skb_premem, rtk_skb_mem_q len : 8
<4>[ 721.484083] RTL871X: rtw_wdev_free(wdev=ee718800)
<4>[ 721.484552] rtw_free_skb_premem, rtk_skb_mem_q len : 9
<4>[ 721.484566] rtw_free_skb_premem, rtk_skb_mem_q len : 10
<4>[ 721.484570] rtw_free_skb_premem, rtk_skb_mem_q len : 11
<4>[ 721.484574] rtw_free_skb_premem, rtk_skb_mem_q len : 12
<4>[ 721.484578] rtw_free_skb_premem, rtk_skb_mem_q len : 13
<4>[ 721.484582] rtw_free_skb_premem, rtk_skb_mem_q len : 14
<4>[ 721.484585] rtw_free_skb_premem, rtk_skb_mem_q len : 15
<4>[ 721.484589] rtw_free_skb_premem, rtk_skb_mem_q len : 16
<4>[ 721.484635] RTL871X: usb attached..., try to reset usb device
<4>[ 721.516356] ==20151029==> hub_port_init 1 #0
<7>[ 721.595091] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1200000KHz[m
<7>[ 721.595103] [36mcaller: integrator_set_target_on_demand, target_freq: 1200000 KHz[m
<7>[ 721.595112] [DVFS] [[====================================
<7>[ 721.595350] [DVFS] CPU Clock: 1400MHz
<7>[ 721.595355] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[ 721.595359] [DVFS] Current Temperature Sensor Data (CPU): 0x0167
<7>[ 721.595362] [DVFS] Temperature (CPU): 79
<7>[ 721.595366] [DVFS] CPU Power: 1200mV
<7>[ 721.595369] [DVFS] Core Power: 1000mV
<7>[ 721.595372] [DVFS] ====================================]]
<7>[ 721.595377] [DVFS] Current Temperature: 79
<7>[ 721.595380] [DVFS] Normal Mode: CPU Clock: 1200MHz
<6>[ 721.595589] usb 3-1.1: reset high-speed USB device number 3 using Mstar-ehci-3
<7>[ 721.595847] [35m[INFO] Data Exchange Count to User Space: 693[m
<7>[ 721.595855] [35m[INFO] Voltage: 110[m
<7>[ 721.595859] [35m[INFO] VoltageType: 0[m
<7>[ 721.607000] [33m[result is 0] input: 693, wake_up wait_queue for write_down[m
<7>[ 721.607040] [35m[INFO] Data Exchange Count from User Space: 693[m
<7>[ 721.607046] [DVFS] CPU Power: 110
<7>[ 721.607052] [35m[INFO] Data Exchange Count to User Space: 694[m
<7>[ 721.607056] [35m[INFO] Voltage: 100[m
<7>[ 721.607060] [35m[INFO] VoltageType: 1[m
<7>[ 721.611451] [33m[result is 0] input: 694, wake_up wait_queue for write_down[m
<7>[ 721.611512] [35m[INFO] Data Exchange Count from User Space: 694[m
<7>[ 721.611518] [DVFS] Core Power: 100
<7>[ 721.611524] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1200
<7>[ 721.611533] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1200000 KHz to 1200000 KHz[m
<7>[ 721.611544] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1200000 KHZ[m
<7>[ 721.755187] [DVFS] Current DVFS State: 2
<7>[ 721.755202] [DVFS] Current Valid CPU Clock: 1400MHz
<7>[ 721.755211] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1400000, forcibly_set_target_flag is 0[m
<7>[ 721.795037] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1200000KHz to 1050000KHz[m
<7>[ 721.795051] [36mcaller: integrator_set_target_on_demand, target_freq: 1050000 KHz[m
<7>[ 721.795063] [DVFS] Current Temperature: 79
<7>[ 721.795067] [DVFS] Normal Mode: CPU Clock: 1050MHz
<7>[ 721.795221] [35m[INFO] Data Exchange Count to User Space: 695[m
<7>[ 721.795227] [35m[INFO] Voltage: 100[m
<7>[ 721.795232] [35m[INFO] VoltageType: 0[m
<4>[ 721.795270] RTL871X: -r871xu_dev_remove, done
<7>[ 721.806707] [33m[result is 0] input: 695, wake_up wait_queue for write_down[m
<7>[ 721.806752] [35m[INFO] Data Exchange Count from User Space: 695[m
<7>[ 721.806759] [DVFS] CPU Power: 100
<7>[ 721.806771] [35m[INFO] Data Exchange Count to User Space: 696[m
<7>[ 721.806776] [35m[INFO] Voltage: 100[m
<7>[ 721.806780] [35m[INFO] VoltageType: 1[m
<7>[ 721.811137] [33m[result is 0] input: 696, wake_up wait_queue for write_down[m
<7>[ 721.811396] [35m[INFO] Data Exchange Count from User Space: 696[m
<7>[ 721.811409] [DVFS] Core Power: 100
<7>[ 721.811415] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1050
<7>[ 721.811424] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1050000 KHz to 1050000 KHz[m
<7>[ 721.811437] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1200000 KHZ to 1050000 KHZ[m
<7>[ 721.995108] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1050000KHz to 1400000KHz[m
<7>[ 721.995123] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[ 721.995135] [DVFS] Current Temperature: 79
<7>[ 721.995141] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[ 721.995156] [35m[INFO] Data Exchange Count to User Space: 697[m
<7>[ 721.995160] [35m[INFO] Voltage: 120[m
<7>[ 721.995166] [35m[INFO] VoltageType: 0[m
<7>[ 722.022178] [33m[result is 0] input: 697, wake_up wait_queue for write_down[m
<7>[ 722.022395] [35m[INFO] Data Exchange Count from User Space: 697[m
<7>[ 722.022407] [DVFS] CPU Power: 120
<7>[ 722.022421] [35m[INFO] Data Exchange Count to User Space: 698[m
<7>[ 722.022425] [35m[INFO] Voltage: 100[m
<7>[ 722.022430] [35m[INFO] VoltageType: 1[m
<7>[ 722.024411] [33m[result is 0] input: 698, wake_up wait_queue for write_down[m
<7>[ 722.024450] [35m[INFO] Data Exchange Count from User Space: 698[m
<7>[ 722.024456] [DVFS] Core Power: 100
<7>[ 722.024541] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[ 722.024550] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[ 722.024561] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1050000 KHZ to 1400000 KHZ[m
<4>[ 722.045033] RTL871X: module exit success
<7>[ 722.595033] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1050000KHz[m
<7>[ 722.595045] [36mcaller: integrator_set_target_on_demand, target_freq: 1050000 KHz[m
<7>[ 722.595056] [DVFS] Current Temperature: 79
<7>[ 722.595060] [DVFS] Normal Mode: CPU Clock: 1050MHz
<7>[ 722.595204] [35m[INFO] Data Exchange Count to User Space: 699[m
<7>[ 722.595208] [35m[INFO] Voltage: 100[m
<7>[ 722.595213] [35m[INFO] VoltageType: 0[m
<7>[ 722.644666] [33m[result is 0] input: 699, wake_up wait_queue for write_down[m
<7>[ 722.644736] [35m[INFO] Data Exchange Count from User Space: 699[m
<7>[ 722.644744] [DVFS] CPU Power: 100
<7>[ 722.644759] [35m[INFO] Data Exchange Count to User Space: 700[m
<7>[ 722.644764] [35m[INFO] Voltage: 100[m
<7>[ 722.644769] [35m[INFO] VoltageType: 1[m
<7>[ 722.647269] [33m[result is 0] input: 700, wake_up wait_queue for write_down[m
<7>[ 722.647294] [35m[INFO] Data Exchange Count from User Space: 700[m
<7>[ 722.647301] [DVFS] Core Power: 100
<7>[ 722.647307] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1050
<7>[ 722.647317] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1050000 KHz to 1050000 KHz[m
<7>[ 722.647329] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1050000 KHZ[m
<7>[ 722.766450] [DVFS] [[====================================
<7>[ 722.766668] [DVFS] CPU Clock: 1400MHz
<7>[ 722.766674] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[ 722.766680] [DVFS] Current Temperature Sensor Data (CPU): 0x0166
<7>[ 722.766686] [DVFS] Temperature (CPU): 80
<7>[ 722.766690] [DVFS] CPU Power: 1000mV
<7>[ 722.766694] [DVFS] Core Power: 1000mV
<7>[ 722.766699] [DVFS] ====================================]]
<7>[ 722.766705] [DVFS] Current DVFS State: 2
<7>[ 722.766710] [DVFS] Current Valid CPU Clock: 1400MHz
<7>[ 722.766718] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1400000, forcibly_set_target_flag is 0[m
<7>[ 723.395153] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1050000KHz to 1400000KHz[m
<7>[ 723.395169] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[ 723.395182] [DVFS] Current Temperature: 80
<7>[ 723.395187] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[ 723.395192] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[ 723.395215] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[ 723.395225] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1050000 KHZ to 1400000 KHZ[m
<6>[ 723.472926] cfg80211: Calling CRDA to update world regulatory domain
<4>[ 723.562259] RTL871X: module init start
<4>[ 723.562278] RTL871X: rtl8188eu v4.3.0.8_13968.20150417_rtkm_0515
<4>[ 723.562284] RTL871X: build time: Jul 15 2015 14:23:41
<4>[ 723.562410] RTL871X:
<4>[ 723.562410] usb_endpoint_descriptor(0):
<4>[ 723.562418] RTL871X: bLength=7
<4>[ 723.562422] RTL871X: bDescriptorType=5
<4>[ 723.562426] RTL871X: bEndpointAddress=81
<4>[ 723.562431] RTL871X: wMaxPacketSize=512
<4>[ 723.562435] RTL871X: bInterval=0
<4>[ 723.562439] RTL871X: RT_usb_endpoint_is_bulk_in = 1
<4>[ 723.562444] RTL871X:
<4>[ 723.562444] usb_endpoint_descriptor(1):
<4>[ 723.562450] RTL871X: bLength=7
<4>[ 723.562454] RTL871X: bDescriptorType=5
<4>[ 723.562458] RTL871X: bEndpointAddress=2
<4>[ 723.562462] RTL871X: wMaxPacketSize=512
<4>[ 723.562466] RTL871X: bInterval=0
<4>[ 723.562471] RTL871X: RT_usb_endpoint_is_bulk_out = 2
<4>[ 723.562475] RTL871X:
<4>[ 723.562475] usb_endpoint_descriptor(2):
<4>[ 723.562481] RTL871X: bLength=7
<4>[ 723.562485] RTL871X: bDescriptorType=5
<4>[ 723.562489] RTL871X: bEndpointAddress=3
<4>[ 723.562493] RTL871X: wMaxPacketSize=512
<4>[ 723.562497] RTL871X: bInterval=0
<4>[ 723.562501] RTL871X: RT_usb_endpoint_is_bulk_out = 3
<4>[ 723.562506] RTL871X: nr_endpoint=3, in_num=1, out_num=2
<4>[ 723.562506]
<4>[ 723.562512] RTL871X: USB_SPEED_HIGH
<4>[ 723.562542] RTL871X: CHIP TYPE: RTL8188E
<4>[ 723.562576] RTL871X: register rtw_netdev_ops to netdev_ops
<4>[ 723.562587] RTL871X: rtw_wdev_alloc(padapter=f010f000)
<4>[ 723.575741] RTL871X: Chip Version Info: CHIP_8188E_Normal_Chip_TSMC_D_CUT_1T1R_RomVer(0)
<4>[ 723.575753] RTL871X: RF_Type is 3!!
<4>[ 723.575763] RTL871X: _ConfigNormalChipOutEP_8188E OutEpQueueSel(0x05), OutEpNumber(2)
<4>[ 723.575866] RTL871X: EEPROM type is E-FUSE
<4>[ 723.575872] RTL871X: ====> _ReadAdapterInfo8188EU
<4>[ 723.575928] RTL871X: Boot from EFUSE, Autoload OK !
<4>[ 723.578187] RTL871X: SetHwReg8188EU: bMacPwrCtrlOn=1
<4>[ 723.578301] bFWReady == _FALSE call reset 8051...
<4>[ 723.578644] RTL871X: =====> _8051Reset88E(): 8051 reset success .
<4>[ 723.593817] RTL871X: efuse_read_phymap_from_txpktbuf bcnhead:0
<4>[ 723.594537] RTL871X: efuse_read_phymap_from_txpktbuf len:109, lenbak:109, aaa:109, aaabak:109
<4>[ 723.607645] RTL871X: efuse_read_phymap_from_txpktbuf read count:107
<4>[ 723.607818] RTL871X: EEPROM ID=0x8129
<4>[ 723.607825] RTL871X: VID = 0x0BDA, PID = 0x0179
<4>[ 723.607831] RTL871X: Customer ID: 0x00, SubCustomer ID: 0xCD
<4>[ 723.607838] RTL871X: Hal_ReadPowerSavingMode88E...bHWPwrPindetect(0)-bHWPowerdown(0) ,bSupportRemoteWakeup(1)
<4>[ 723.607844] RTL871X: ### PS params=> power_mgnt(1),usbss_enable(0) ###
<4>[ 723.607853] RTL871X: ======= Path 0, Channel 1 =======
<4>[ 723.607858] RTL871X: Index24G_CCK_Base[0][1] = 0x2e
<4>[ 723.607864] RTL871X: Index24G_BW40_Base[0][1] = 0x30
<4>[ 723.607869] RTL871X: ======= Path 0, Channel 2 =======
<4>[ 723.607874] RTL871X: Index24G_CCK_Base[0][2] = 0x2e
<4>[ 723.607878] RTL871X: Index24G_BW40_Base[0][2] = 0x30
<4>[ 723.607883] RTL871X: ======= Path 0, Channel 3 =======
<4>[ 723.607888] RTL871X: Index24G_CCK_Base[0][3] = 0x2d
<4>[ 723.607893] RTL871X: Index24G_BW40_Base[0][3] = 0x2f
<4>[ 723.607898] RTL871X: ======= Path 0, Channel 4 =======
<4>[ 723.607903] RTL871X: Index24G_CCK_Base[0][4] = 0x2d
<4>[ 723.607908] RTL871X: Index24G_BW40_Base[0][4] = 0x2f
<4>[ 723.607913] RTL871X: ======= Path 0, Channel 5 =======
<4>[ 723.607918] RTL871X: Index24G_CCK_Base[0][5] = 0x2d
<4>[ 723.607923] RTL871X: Index24G_BW40_Base[0][5] = 0x2f
<4>[ 723.607928] RTL871X: ======= Path 0, Channel 6 =======
<4>[ 723.607933] RTL871X: Index24G_CCK_Base[0][6] = 0x2c
<4>[ 723.607938] RTL871X: Index24G_BW40_Base[0][6] = 0x2e
<4>[ 723.607943] RTL871X: ======= Path 0, Channel 7 =======
<4>[ 723.607948] RTL871X: Index24G_CCK_Base[0][7] = 0x2c
<4>[ 723.607953] RTL871X: Index24G_BW40_Base[0][7] = 0x2e
<4>[ 723.607957] RTL871X: ======= Path 0, Channel 8 =======
<4>[ 723.607963] RTL871X: Index24G_CCK_Base[0][8] = 0x2c
<4>[ 723.607967] RTL871X: Index24G_BW40_Base[0][8] = 0x2e
<4>[ 723.607972] RTL871X: ======= Path 0, Channel 9 =======
<4>[ 723.607977] RTL871X: Index24G_CCK_Base[0][9] = 0x2c
<4>[ 723.607982] RTL871X: Index24G_BW40_Base[0][9] = 0x2e
<4>[ 723.607987] RTL871X: ======= Path 0, Channel 10 =======
<4>[ 723.607992] RTL871X: Index24G_CCK_Base[0][10] = 0x2c
<4>[ 723.607997] RTL871X: Index24G_BW40_Base[0][10] = 0x2e
<4>[ 723.608002] RTL871X: ======= Path 0, Channel 11 =======
<4>[ 723.608007] RTL871X: Index24G_CCK_Base[0][11] = 0x2c
<4>[ 723.608012] RTL871X: Index24G_BW40_Base[0][11] = 0x2e
<4>[ 723.608017] RTL871X: ======= Path 0, Channel 12 =======
<4>[ 723.608022] RTL871X: Index24G_CCK_Base[0][12] = 0x2b
<4>[ 723.608027] RTL871X: Index24G_BW40_Base[0][12] = 0x2d
<4>[ 723.608032] RTL871X: ======= Path 0, Channel 13 =======
<4>[ 723.608037] RTL871X: Index24G_CCK_Base[0][13] = 0x2b
<4>[ 723.608042] RTL871X: Index24G_BW40_Base[0][13] = 0x2d
<4>[ 723.608047] RTL871X: ======= Path 0, Channel 14 =======
<4>[ 723.608052] RTL871X: Index24G_CCK_Base[0][14] = 0x2b
<4>[ 723.608057] RTL871X: Index24G_BW40_Base[0][14] = 0x2d
<4>[ 723.608062] RTL871X: ======= TxCount 0 =======
<4>[ 723.608067] RTL871X: CCK_24G_Diff[0][0]= 0
<4>[ 723.608072] RTL871X: OFDM_24G_Diff[0][0]= 5
<4>[ 723.608076] RTL871X: BW20_24G_Diff[0][0]= 1
<4>[ 723.608081] RTL871X: BW40_24G_Diff[0][0]= 0
<4>[ 723.608085] RTL871X: EEPROMRegulatory = 0x0
<4>[ 723.608152] RTL871X: mlmepriv.ChannelPlan = 0x20
<4>[ 723.608158] RTL871X: CrystalCap: 0x13
<4>[ 723.608163] RTL871X: EEPROM Customer ID: 0x 0
<4>[ 723.608167] RTL871X: EEPROM : AntDivCfg = 0, TRxAntDivType = 3
<4>[ 723.608172] RTL871X: Board Type: 0x 0
<4>[ 723.608177] RTL871X: ThermalMeter = 0x17
<4>[ 723.608182] RTL871X: <==== _ReadAdapterInfo8188EU in 30 ms
<4>[ 723.608344] RTL871X: init_channel_set ChannelPlan ID 20 Chan num:13
<4>[ 723.612601] RTL871X: NR_PREALLOC_RECV_SKB: 8
<4>[ 723.612613] RTL871X: Enable CONFIG_FIX_NR_BULKIN_BUFFER
<4>[ 723.612621] rtw_alloc_skb_premem, rtk_skb_mem_q len : 15
<4>[ 723.612627] rtw_alloc_skb_premem, rtk_skb_mem_q len : 14
<4>[ 723.612632] rtw_alloc_skb_premem, rtk_skb_mem_q len : 13
<4>[ 723.612637] rtw_alloc_skb_premem, rtk_skb_mem_q len : 12
<4>[ 723.612642] rtw_alloc_skb_premem, rtk_skb_mem_q len : 11
<4>[ 723.612647] rtw_alloc_skb_premem, rtk_skb_mem_q len : 10
<4>[ 723.612652] rtw_alloc_skb_premem, rtk_skb_mem_q len : 9
<4>[ 723.612657] rtw_alloc_skb_premem, rtk_skb_mem_q len : 8
<4>[ 723.645135] RTL871X: pwrctrlpriv.bSupportRemoteWakeup~~~~~~
<4>[ 723.645204] RTL871X: pwrctrlpriv.bSupportRemoteWakeup~~~[1]~~~
<4>[ 723.645215] RTL871X: rtw_macaddr_cfg MAC Address = 5c:ff:ff:d0:47:8b
<4>[ 723.645222] RTL871X: bDriverStopped:1, bSurpriseRemoved:0, bup:0, hw_init_completed:0
<4>[ 723.645279] RTL871X: register rtw_netdev_ops to netdev_ops
<4>[ 723.645288] RTL871X: register rtw_netdev_if2_ops to netdev_ops
<4>[ 723.645309] RTL871X: rtw_wdev_alloc(padapter=f0121000)
<4>[ 723.646464] RTL871X: Chip Version Info: CHIP_8188E_Normal_Chip_TSMC_D_CUT_1T1R_RomVer(0)
<4>[ 723.646477] RTL871X: RF_Type is 3!!
<4>[ 723.646486] RTL871X: _ConfigNormalChipOutEP_8188E OutEpQueueSel(0x05), OutEpNumber(2)
<4>[ 723.646604] RTL871X: init_channel_set ChannelPlan ID 20 Chan num:13
<4>[ 723.657326] RTL871X: NR_PREALLOC_RECV_SKB: 8
<4>[ 723.657342] RTL871X: Enable CONFIG_FIX_NR_BULKIN_BUFFER
<4>[ 723.657350] rtw_alloc_skb_premem, rtk_skb_mem_q len : 7
<4>[ 723.657355] rtw_alloc_skb_premem, rtk_skb_mem_q len : 6
<4>[ 723.657361] rtw_alloc_skb_premem, rtk_skb_mem_q len : 5
<4>[ 723.657366] rtw_alloc_skb_premem, rtk_skb_mem_q len : 4
<4>[ 723.657371] rtw_alloc_skb_premem, rtk_skb_mem_q len : 3
<4>[ 723.657377] rtw_alloc_skb_premem, rtk_skb_mem_q len : 2
<4>[ 723.657382] rtw_alloc_skb_premem, rtk_skb_mem_q len : 1
<4>[ 723.657387] rtw_alloc_skb_premem, rtk_skb_mem_q len : 0
<4>[ 723.657545] RTL871X: rtw_ndev_init(wlan0)
<4>[ 723.690684] RTL871X: _rtw_drv_register_netdev, MAC Address (if1) = 5c:ff:ff:d0:47:8b
<4>[ 723.690706] RTL871X: rtw_ndev_init(p2p0)
<4>[ 723.711523] RTL871X: _rtw_drv_register_netdev, MAC Address (if2) = 5e:ff:ff:d0:47:8b
<6>[ 723.729092] usbcore: registered new interface driver rtl8188eu
<4>[ 723.729105] RTL871X: module init ret=0
<7>[ 723.775036] [DVFS] Current DVFS State: 2
<7>[ 723.775051] [DVFS] Current Valid CPU Clock: 1400MHz
<7>[ 723.775061] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1400000, forcibly_set_target_flag is 0[m
<7>[ 723.795036] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1300000KHz[m
<7>[ 723.795052] [36mcaller: integrator_set_target_on_demand, target_freq: 1300000 KHz[m
<7>[ 723.795064] [DVFS] Current Temperature: 80
<7>[ 723.795069] [DVFS] Normal Mode: CPU Clock: 1300MHz
<7>[ 723.798492] [35m[INFO] Data Exchange Count to User Space: 701[m
<7>[ 723.798506] [35m[INFO] Voltage: 115[m
<7>[ 723.798510] [35m[INFO] VoltageType: 0[m
<7>[ 723.807792] [33m[result is 0] input: 701, wake_up wait_queue for write_down[m
<7>[ 723.807865] [35m[INFO] Data Exchange Count from User Space: 701[m
<7>[ 723.807871] [DVFS] CPU Power: 115
<7>[ 723.807877] [35m[INFO] Data Exchange Count to User Space: 702[m
<7>[ 723.807880] [35m[INFO] Voltage: 100[m
<7>[ 723.807884] [35m[INFO] VoltageType: 1[m
<7>[ 723.809686] [33m[result is 0] input: 702, wake_up wait_queue for write_down[m
<7>[ 723.809706] [35m[INFO] Data Exchange Count from User Space: 702[m
<7>[ 723.809712] [DVFS] Core Power: 100
<7>[ 723.809717] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1300
<7>[ 723.809725] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1300000 KHz to 1300000 KHz[m
<7>[ 723.809736] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1300000 KHZ[m
<7>[ 723.995030] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1300000KHz to 1207142KHz[m
<7>[ 723.995044] [36mcaller: integrator_set_target_on_demand, target_freq: 1207142 KHz[m
<7>[ 723.995055] [DVFS] Current Temperature: 80
<7>[ 723.995059] [DVFS] Normal Mode: CPU Clock: 1207MHz
<7>[ 723.995182] [35m[INFO] Data Exchange Count to User Space: 703[m
<7>[ 723.995186] [35m[INFO] Voltage: 110[m
<7>[ 723.995190] [35m[INFO] VoltageType: 0[m
<7>[ 724.002789] [33m[result is 0] input: 703, wake_up wait_queue for write_down[m
<7>[ 724.002817] [35m[INFO] Data Exchange Count from User Space: 703[m
<7>[ 724.002823] [DVFS] CPU Power: 110
<7>[ 724.002828] [35m[INFO] Data Exchange Count to User Space: 704[m
<7>[ 724.002832] [35m[INFO] Voltage: 100[m
<7>[ 724.002836] [35m[INFO] VoltageType: 1[m
<7>[ 724.004323] [33m[result is 0] input: 704, wake_up wait_queue for write_down[m
<7>[ 724.004346] [35m[INFO] Data Exchange Count from User Space: 704[m
<7>[ 724.004352] [DVFS] Core Power: 100
<7>[ 724.004357] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1207
<7>[ 724.004368] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1207142 KHz to 1207000 KHz[m
<7>[ 724.004379] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1300000 KHZ to 1207000 KHZ[m
<7>[ 724.195095] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1207000KHz to 1120785KHz[m
<7>[ 724.195110] [36mcaller: integrator_set_target_on_demand, target_freq: 1120785 KHz[m
<7>[ 724.195138] [DVFS] [[====================================
<7>[ 724.195344] [DVFS] CPU Clock: 1204MHz
<7>[ 724.195349] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[ 724.195354] [DVFS] Current Temperature Sensor Data (CPU): 0x0167
<7>[ 724.195359] [DVFS] Temperature (CPU): 79
<7>[ 724.195362] [DVFS] CPU Power: 1100mV
<7>[ 724.195366] [DVFS] Core Power: 1000mV
<7>[ 724.195370] [DVFS] ====================================]]
<7>[ 724.195375] [DVFS] Current Temperature: 79
<7>[ 724.195379] [DVFS] Normal Mode: CPU Clock: 1120MHz
<7>[ 724.195501] [35m[INFO] Data Exchange Count to User Space: 705[m
<7>[ 724.195506] [35m[INFO] Voltage: 100[m
<7>[ 724.195511] [35m[INFO] VoltageType: 0[m
<7>[ 724.201880] [33m[result is 0] input: 705, wake_up wait_queue for write_down[m
<7>[ 724.201915] [35m[INFO] Data Exchange Count from User Space: 705[m
<7>[ 724.201921] [DVFS] CPU Power: 100
<7>[ 724.201927] [35m[INFO] Data Exchange Count to User Space: 706[m
<7>[ 724.201931] [35m[INFO] Voltage: 100[m
<7>[ 724.201936] [35m[INFO] VoltageType: 1[m
<7>[ 724.206820] [33m[result is 0] input: 706, wake_up wait_queue for write_down[m
<7>[ 724.206857] [35m[INFO] Data Exchange Count from User Space: 706[m
<7>[ 724.206864] [DVFS] Core Power: 100
<7>[ 724.206871] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1120
<7>[ 724.206881] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1120785 KHz to 1120000 KHz[m
<7>[ 724.206893] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1207000 KHZ to 1120000 KHZ[m
<7>[ 724.395031] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1120000KHz to 1050000KHz[m
<7>[ 724.395045] [36mcaller: integrator_set_target_on_demand, target_freq: 1050000 KHz[m
<7>[ 724.395056] [DVFS] Current Temperature: 79
<7>[ 724.395061] [DVFS] Normal Mode: CPU Clock: 1050MHz
<7>[ 724.395183] [35m[INFO] Data Exchange Count to User Space: 707[m
<7>[ 724.395188] [35m[INFO] Voltage: 100[m
<7>[ 724.395193] [35m[INFO] VoltageType: 0[m
<7>[ 724.396241] [33m[result is 0] input: 707, wake_up wait_queue for write_down[m
<7>[ 724.396271] [35m[INFO] Data Exchange Count from User Space: 707[m
<7>[ 724.396277] [DVFS] CPU Power: 100
<7>[ 724.396286] [35m[INFO] Data Exchange Count to User Space: 708[m
<7>[ 724.396291] [35m[INFO] Voltage: 100[m
<7>[ 724.396295] [35m[INFO] VoltageType: 1[m
<7>[ 724.397911] [33m[result is 0] input: 708, wake_up wait_queue for write_down[m
<7>[ 724.399762] [35m[INFO] Data Exchange Count from User Space: 708[m
<7>[ 724.399774] [DVFS] Core Power: 100
<7>[ 724.399780] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1050
<7>[ 724.399790] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1050000 KHz to 1050000 KHz[m
<7>[ 724.399802] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1120000 KHZ to 1050000 KHZ[m
<7>[ 724.785049] [DVFS] Current DVFS State: 2
<7>[ 724.785063] [DVFS] Current Valid CPU Clock: 1400MHz
<7>[ 724.785073] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1400000, forcibly_set_target_flag is 0[m
<4>[ 724.972158] RTL871X: +871x_drv - if2_open, bup=0
<4>[ 724.972172] RTL871X: +871x_drv - drv_open, bup=0
<4>[ 724.972181] RTL871X: Set RF Chip ID to RF_6052 and RF type to 1T1R.
<4>[ 724.972655] RTL871X: rtl8188e_FirmwareDownload fw:NIC, size: 13904
<4>[ 724.972673] RTL871X: rtl8188e_FirmwareDownload: fw_ver=b fw_subver=0001 sig=0x88e1, Month=11, Date=27, Hour=30, Minute=36
<4>[ 724.990906] RTL871X: polling_fwdl_chksum: Checksum report OK! (1, 0ms), REG_MCUFWDL:0x00030005
<4>[ 724.991527] RTL871X: =====> _8051Reset88E(): 8051 reset success .
<4>[ 724.994668] RTL871X: _FWFreeToGo: Polling FW ready OK! (21, 0ms), REG_MCUFWDL:0x000300c6
<4>[ 724.994681] RTL871X: FWDL success. write_fw:1, 20ms
<7>[ 724.995054] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1050000KHz to 1400000KHz[m
<7>[ 724.995069] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[ 724.995082] [DVFS] Current Temperature: 79
<7>[ 724.995087] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[ 724.995104] [35m[INFO] Data Exchange Count to User Space: 709[m
<7>[ 724.995121] [35m[INFO] Voltage: 120[m
<7>[ 724.995126] [35m[INFO] VoltageType: 0[m
<7>[ 725.028408] [33m[result is 0] input: 709, wake_up wait_queue for write_down[m
<7>[ 725.028480] [35m[INFO] Data Exchange Count from User Space: 709[m
<7>[ 725.028506] [DVFS] CPU Power: 120
<7>[ 725.028514] [35m[INFO] Data Exchange Count to User Space: 710[m
<7>[ 725.028518] [35m[INFO] Voltage: 100[m
<7>[ 725.028523] [35m[INFO] VoltageType: 1[m
<7>[ 725.044856] [33m[result is 0] input: 710, wake_up wait_queue for write_down[m
<7>[ 725.044941] [35m[INFO] Data Exchange Count from User Space: 710[m
<7>[ 725.044947] [DVFS] Core Power: 100
<7>[ 725.045074] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[ 725.045083] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[ 725.045094] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1050000 KHZ to 1400000 KHZ[m
<7>[ 725.195065] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1300000KHz[m
<7>[ 725.195081] [36mcaller: integrator_set_target_on_demand, target_freq: 1300000 KHz[m
<7>[ 725.195096] [DVFS] Current Temperature: 79
<7>[ 725.195099] [DVFS] Normal Mode: CPU Clock: 1300MHz
<7>[ 725.195224] [35m[INFO] Data Exchange Count to User Space: 711[m
<7>[ 725.195228] [35m[INFO] Voltage: 115[m
<7>[ 725.195231] [35m[INFO] VoltageType: 0[m
<7>[ 725.201761] [33m[result is 0] input: 711, wake_up wait_queue for write_down[m
<7>[ 725.201786] [35m[INFO] Data Exchange Count from User Space: 711[m
<7>[ 725.201791] [DVFS] CPU Power: 115
<7>[ 725.201795] [35m[INFO] Data Exchange Count to User Space: 712[m
<7>[ 725.201799] [35m[INFO] Voltage: 100[m
<7>[ 725.201803] [35m[INFO] VoltageType: 1[m
<7>[ 725.204176] [33m[result is 0] input: 712, wake_up wait_queue for write_down[m
<7>[ 725.204209] [35m[INFO] Data Exchange Count from User Space: 712[m
<7>[ 725.204215] [DVFS] Core Power: 100
<7>[ 725.204220] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1300
<7>[ 725.204229] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1300000 KHz to 1300000 KHz[m
<7>[ 725.204239] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1300000 KHZ[m
<4>[ 725.325400] ==> rtl8188e_iol_efuse_patch
<7>[ 725.395054] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1300000KHz to 1114285KHz[m
<7>[ 725.395069] [36mcaller: integrator_set_target_on_demand, target_freq: 1114285 KHz[m
<7>[ 725.395081] [DVFS] [[====================================
<7>[ 725.395304] [DVFS] CPU Clock: 1204MHz
<7>[ 725.395309] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[ 725.395313] [DVFS] Current Temperature Sensor Data (CPU): 0x0167
<7>[ 725.395318] [DVFS] Temperature (CPU): 79
<7>[ 725.395321] [DVFS] CPU Power: 1150mV
<7>[ 725.395325] [DVFS] Core Power: 1000mV
<7>[ 725.395328] [DVFS] ====================================]]
<7>[ 725.395333] [DVFS] Current Temperature: 79
<7>[ 725.395337] [DVFS] Normal Mode: CPU Clock: 1114MHz
<7>[ 725.395469] [35m[INFO] Data Exchange Count to User Space: 713[m
<7>[ 725.395473] [35m[INFO] Voltage: 100[m
<7>[ 725.395478] [35m[INFO] VoltageType: 0[m
<7>[ 725.421171] [33m[result is 0] input: 713, wake_up wait_queue for write_down[m
<7>[ 725.421204] [35m[INFO] Data Exchange Count from User Space: 713[m
<7>[ 725.421209] [DVFS] CPU Power: 100
<7>[ 725.421215] [35m[INFO] Data Exchange Count to User Space: 714[m
<7>[ 725.421219] [35m[INFO] Voltage: 100[m
<7>[ 725.421223] [35m[INFO] VoltageType: 1[m
<7>[ 725.424499] [33m[result is 0] input: 714, wake_up wait_queue for write_down[m
<7>[ 725.424525] [35m[INFO] Data Exchange Count from User Space: 714[m
<7>[ 725.424531] [DVFS] Core Power: 100
<7>[ 725.424536] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1114
<7>[ 725.424547] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1114285 KHz to 1114000 KHz[m
<7>[ 725.424559] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1300000 KHZ to 1114000 KHZ[m
<4>[ 725.432284] RTL871X: pDM_Odm TxPowerTrackControl = 1
<7>[ 725.595031] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1114000KHz to 1400000KHz[m
<7>[ 725.595047] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[ 725.595059] [DVFS] Current Temperature: 79
<7>[ 725.595064] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[ 725.595081] [35m[INFO] Data Exchange Count to User Space: 715[m
<7>[ 725.595086] [35m[INFO] Voltage: 120[m
<7>[ 725.595090] [35m[INFO] VoltageType: 0[m
<7>[ 725.612176] [33m[result is 0] input: 715, wake_up wait_queue for write_down[m
<7>[ 725.612206] [35m[INFO] Data Exchange Count from User Space: 715[m
<7>[ 725.612211] [DVFS] CPU Power: 120
<7>[ 725.612217] [35m[INFO] Data Exchange Count to User Space: 716[m
<7>[ 725.612221] [35m[INFO] Voltage: 100[m
<7>[ 725.612225] [35m[INFO] VoltageType: 1[m
<7>[ 725.614645] [33m[result is 0] input: 716, wake_up wait_queue for write_down[m
<7>[ 725.614674] [35m[INFO] Data Exchange Count from User Space: 716[m
<7>[ 725.614679] [DVFS] Core Power: 100
<7>[ 725.614768] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[ 725.614776] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[ 725.614788] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1114000 KHZ to 1400000 KHZ[m
<7>[ 725.795121] [DVFS] Current DVFS State: 2
<7>[ 725.795134] [DVFS] Current Valid CPU Clock: 1400MHz
<7>[ 725.795141] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1400000, forcibly_set_target_flag is 0[m
<4>[ 725.803226] RTL871X: rtl8188eu_hal_init in 830ms
<4>[ 725.803619] RTL871X: hw_var_set_opmode()-4042 mode = 2
<4>[ 725.806787] RTL871X: MAC Address = 5c:ff:ff:d0:47:8b
<4>[ 725.807022] RTL871X: rtw_cfg80211_init_wiphy:rf_type=3
<4>[ 725.807052] RTL871X: +871x_drv - if2_open, bup=0
<4>[ 725.807058] RTL871X: rtw_hal_inirp_init HalFunc.inirp_init is NULL!!!
<4>[ 725.807063] RTL871X: rtw_cfg80211_init_wiphy:rf_type=3
<4>[ 725.807073] RTL871X: -871x_drv - if2_open, bup=1
<4>[ 725.807077] RTL871X: -871x_drv - drv_open, bup=1
<4>[ 725.807080] RTL871X: -871x_drv - if2_open, bup=1
<6>[ 725.807226] IPv6: ADDRCONF(NETDEV_UP): p2p0: link is not ready
<4>[ 725.807249] RTL871X: cfg80211_rtw_set_power_mgmt(p2p0) enabled:1, timeout:-1
<4>[ 725.856829] RTL871X: cfg80211_rtw_flush_pmksa(p2p0)
<4>[ 726.124551] RTL871X: +871x_drv - drv_open, bup=1
<4>[ 726.124569] RTL871X: -871x_drv - drv_open, bup=1
<6>[ 726.125840] IPv6: ADDRCONF(NETDEV_UP): wlan0: link is not ready
<4>[ 726.125871] RTL871X: cfg80211_rtw_set_power_mgmt(wlan0) enabled:1, timeout:-1
<4>[ 726.190532] RTL871X: cfg80211_rtw_flush_pmksa(wlan0)
<4>[ 726.291208] RTL871X: cfg80211_rtw_scan(wlan0)
<4>[ 726.291526] RTL871X: SetHwReg8188E:(HW_VAR_CHECK_TXBUF)TXBUF Empty(1) in 0 ms
<4>[ 726.334294] RTL871X: rtw_android_priv_cmd: Android private cmd "BTCOEXSCAN-STOP" on wlan0
<4>[ 726.335316] RTL871X: rtw_android_priv_cmd: Android private cmd "RXFILTER-STOP" on wlan0
<4>[ 726.335937] RTL871X: rtw_android_priv_cmd: Android private cmd "RXFILTER-ADD 3" on wlan0
<4>[ 726.336701] RTL871X: rtw_android_priv_cmd: Android private cmd "RXFILTER-START" on wlan0
<4>[ 726.337646] RTL871X: rtw_android_priv_cmd: Android private cmd "RXFILTER-STOP" on wlan0
<4>[ 726.338351] RTL871X: rtw_android_priv_cmd: Android private cmd "RXFILTER-REMOVE 2" on wlan0
<4>[ 726.339073] RTL871X: rtw_android_priv_cmd: Android private cmd "RXFILTER-START" on wlan0
<4>[ 726.341494] RTL871X: rtw_android_priv_cmd: Android private cmd "SETSUSPENDMODE 0" on wlan0
<4>[ 726.341516] RTL871X: Unknown PRIVATE command SETSUSPENDMODE 0 - ignored
<4>[ 726.378132] RTL871X: rtw_android_priv_cmd: Android private cmd "SETBAND 0" on wlan0
<4>[ 726.378156] RTL871X: rtw_set_band(wlan0) band:0
# begin build properties
# autogenerated by buildinfo.sh
ro.build.id=LMY47V
ro.build.display.id=aosp_hardstone-userdebug 5.1.1 LMY47V 5.0.8 dev-keys
ro.build.version.incremental=5.0.8
ro.build.version.sdk=22
ro.build.version.codename=REL
ro.build.version.all_codenames=REL
ro.build.version.release=5.1.1
ro.build.version.security_patch=2015-11-01
ro.build.version.base_os=
ro.build.date=Sat Aug 12 13:29:50 CST 2017
ro.build.date.utc=1502515790
ro.build.type=userdebug
ro.build.user=huangliepeng
ro.build.host=AVENGERS
ro.build.tags=dev-keys
ro.build.flavor=aosp_hardstone-userdebug
ro.product.model=HARDSTONE Android TV 638
ro.product.brand=hardstone
ro.product.name=aosp_hardstone
ro.product.device=hardstone
ro.product.board=hardstone
# ro.product.cpu.abi and ro.product.cpu.abi2 are obsolete,
# use ro.product.cpu.abilist instead.
ro.product.cpu.abi=armeabi-v7a
ro.product.cpu.abi2=armeabi
ro.product.cpu.abilist=armeabi-v7a,armeabi
ro.product.cpu.abilist32=armeabi-v7a,armeabi
ro.product.cpu.abilist64=
ro.product.manufacturer=HARDSTONE Group Co., Ltd
ro.product.locale.language=en
ro.product.locale.region=AU
ro.wifi.channels=
ro.board.platform=monet
# ro.build.product is obsolete; use ro.product.device
ro.build.product=hardstone
# Do not try to parse description, fingerprint, or thumbprint
ro.build.description=aosp_hardstone-userdebug 5.1.1 LMY47V 5.0.8 dev-keys
ro.build.fingerprint=hardstone/aosp_hardstone/hardstone:5.1.1/LMY47V/5.0.8:userdebug/dev-keys
ro.build.characteristics=tv
# end build properties
#
# ADDITIONAL_BUILD_PROPERTIES
#
persist.sys.language=en
persist.sys.country=AU
persist.sys.timezone=Australia/Sydney
bluetooth.sco_over_btmic=1
persist.mstar.keep.traces=false
persist.mstar.keep.appCrash=false
wifi.interface=wlan0
ro.opengles.version=196608
ro.sf.lcd_density=320
media.aac_51_output_enabled=true
config.disable_bluetooth=0
chrome.tv.hole_threshold=0
debug.hwui.render_dirty_regions=false
mstar.desk-enable-hwcursor=0
service.adb.tcp.port=5555
persist.adb.tcp.port=5555
persist.service.adb.enable=1
ro.adb.secure=1
mstar.build.mstartv=sn
ro.mstar.lmkd.minfree=7800,9000,12000,14000,20000,30000
ro.mstar.lmkd.adj=0,1,2,3,9,15
mstar.framebuffer.format=3
mstar.gop=0
mstar.gwin=0
mstar.gopfrc=2
mstar.forcelandscape=1
mstar.str.enable=true
mstar.lvds-off=0
mstar.desk-display-mode=0
mstar.pdp-xoffset=0
mstar.pmem.poolsize=33554432
dfb_jpd_write_buffer=SkiaDecodeMutex
mstar.mstplayer.bd=0
mstar.meta.sf=0
mstar.videoadvert.finished=0
mstar.mediascanner_onlysd=1
mstar.resmgr_v4.enable=1
dalvik.vm.heapstartsize=8m
dalvik.vm.heapgrowthlimit=128m
dalvik.vm.heapsize=256m
dalvik.vm.heaptargetutilization=0.75
dalvik.vm.heapminfree=512k
dalvik.vm.heapmaxfree=8m
ro.com.android.dateformat=MM-dd-yyyy
ro.config.ringtone=Ring_Synth_04.ogg
ro.config.notification_sound=pixiedust.ogg
ro.carrier=unknown
ro.config.alarm_alert=Alarm_Classic.ogg
persist.sys.dalvik.vm.lib.2=libart.so
dalvik.vm.isa.arm.features=div
dalvik.vm.lockprof.threshold=500
dalvik.vm.dexopt-flags=m=y
net.bt.name=Android
dalvik.vm.stack-trace-file=/data/anr/traces.txt
8188eu 980941 0 - Live 0x00000000 (O)
cfg80211 341324 1 8188eu, Live 0x00000000
ctl3g 2288 0 - Live 0x00000000
option 26179 0 - Live 0x00000000
usb_wwan 4995 1 option, Live 0x00000000
usbserial 18394 2 option,usb_wwan, Live 0x00000000
bnep 9368 0 - Live 0x00000000
rfcomm 28668 0 - Live 0x00000000
hidp 11787 0 - Live 0x00000000
bluetooth 192711 5 bnep,rfcomm,hidp, Live 0x00000000
uhid 4806 0 - Live 0x00000000
rtkm 1787 1 8188eu, Live 0x00000000 (O)
mtprealloc 1688 0 - Live 0x00000000 (PO)
ntfs_3g 224792 0 - Live 0x00000000 (O)
mali_kbase 168806 28 - Live 0x00000000 (O)
RAM: 1024 MB (1000 MB available)
System RAM: 492.000MB
System RAM: 508.000MB
Flash: 4 GB (3.688 GB actual); 16 GB (14.738 GB actual)
mmcblk0: 3.688 GB
mmcblk1: 14.738 GB
Touch Screen for HARDSTONE Group Co., Ltd HARDSTONE Android TV 638
$53.63 TCMT110202 04 TCGT110202 04 PCD CBN Outer round turning tool Polycrystalline diamond and cubic boron carbide cutter TCMT TCGT
$6.34 VCGT110302 VCGT110304 VCGT110308 VCGT160404 VCGT160408 CBN PCD Diamond Inserts Internal Turning tool CNC Lathe Cutter Tool Blade
$5.07 Tungsten Carbide inserts APKT 1604 PCD CBN diamond cutter blades APKT160402 APKT160404 APKT160408 90 degree CBN milling inserts
$4.56 VCGT160404 VCGT160402 VCGT160408 PCD Copper and aluminum non-ferrous metal chip cutting tools CNC VCGT blades PCD diamond
$36.71 KaKarot CCGT060202 CCGT060204 Diamond Cutter Insert CCGT 0602PCD Aluminum Alloy Turning Tool CNC Carbide CBN Turning Lathe CBN
$53.56 GV30°/45° 20*8*6 Single Wheel Knurling Tools KOKC For CNC Lathe Diamond Square pattern
$7.92 CBN insert TNMG160404 TNMG160408 WNMG080404 WNMG080408 CBN cubic boron nitride insert CNC diamond turning tool
$3.96 1PC VBGT VCGT PCD CBN Diamond Inserts VBGT110302 VBGT110304 VBGT110308 VBGT160402 VBGT160404 VBGT160408 VCGT110302 VCGT110304
$4.95 APKT1604 PCD CBN Diamond Milling Cutter Insert APMT APKT 1604 PCD Aluminum Alloy End Mill Tool CNC Carbide Turning Lathe Insert
$23.41 10PCS Insert VCMT160402 VCMT160404 VCMT160401 ML CNC Lathe Turning Diamond Inserts VCMT Carbide Lathe Machining Cutter Tool
$39.68 EDGEV Full Face PCD Diamond Insert RNGN0603 RNGN0903 RNGN0904 RNGN1203 RNGN1204 RNGN RNMN Round 1/2 1/4 3/8 Inch Turning Tools
$91.17 CNC Lathe Mattress Blade Gasket Welding Turning Tool Machine Tool Gasket Instrument Lathe Turning Tool Tool Holder Gasket
$5.04 VCGT160404 VNMG160408 Pcd diamond cutter turning tools insert cnc external boring lathe brass Aluminum carbide cutting plates
$4.65 TPGH080202 04 08 PCD Internal hole boring tool for aluminum copper CBN CNC TPGH Lathe Diamond Inserts CNC Lathe Cutting Tools
$58.4 100% Original DCMT DCMT11T304 DCMT11T308 DCMT070204 MV DCMT070208 MV LF6018 LF9018 LF3018 Diamond Boring CNC Blade
$7.41 CBN diamond insert TNMG160404 TNMG160408 CBN cubic boron nitride superhard quenched steel CNC precision turning toorning tool
$3.5 1PCS CCGT060202 CCGT060204 CCGT060208 CCGT09T304 CCGT09T308 CCGT120404 CCGT120408 PCD CBN Diamond cubic boron nitride
$4.2 Diamond Dcmt 070204 aluminium cnc insert Dcmt11t304 PCD CBN external carbide turning tool lathe for processing iron brass
$34.4 PCD diamond insert TNMG160402 TNMG160404 TNMG160408 for processing copper and aluminum PCD tools TNMG cutting tools
$74.23 STONEGO Thermal Conductor Diamond Pen Hardness Tester Detecting The Authenticity of Diamonds Jadeite Jade Portable Test Tool
Replacement Battery for HARDSTONE Group Co., Ltd HARDSTONE Android TV 638
$7.92 CBN insert TNMG160404 TNMG160408 WNMG080404 WNMG080408 CBN cubic boron nitride insert CNC diamond turning tool
$5.07 Tungsten Carbide inserts APKT 1604 PCD CBN diamond cutter blades APKT160402 APKT160404 APKT160408 90 degree CBN milling inserts
$5.04 VCGT160404 VNMG160408 Pcd diamond cutter turning tools insert cnc external boring lathe brass Aluminum carbide cutting plates
$53.56 GV30°/45° 20*8*6 Single Wheel Knurling Tools KOKC For CNC Lathe Diamond Square pattern
$4.56 VCGT160404 VCGT160402 VCGT160408 PCD Copper and aluminum non-ferrous metal chip cutting tools CNC VCGT blades PCD diamond
$36.71 KaKarot CCGT060202 CCGT060204 Diamond Cutter Insert CCGT 0602PCD Aluminum Alloy Turning Tool CNC Carbide CBN Turning Lathe CBN
$4.95 APKT1604 PCD CBN Diamond Milling Cutter Insert APMT APKT 1604 PCD Aluminum Alloy End Mill Tool CNC Carbide Turning Lathe Insert
$6.34 VCGT110302 VCGT110304 VCGT110308 VCGT160404 VCGT160408 CBN PCD Diamond Inserts Internal Turning tool CNC Lathe Cutter Tool Blade
$58.4 100% Original DCMT DCMT11T304 DCMT11T308 DCMT070204 MV DCMT070208 MV LF6018 LF9018 LF3018 Diamond Boring CNC Blade
$3.96 1PC VBGT VCGT PCD CBN Diamond Inserts VBGT110302 VBGT110304 VBGT110308 VBGT160402 VBGT160404 VBGT160408 VCGT110302 VCGT110304
$53.63 TCMT110202 04 TCGT110202 04 PCD CBN Outer round turning tool Polycrystalline diamond and cubic boron carbide cutter TCMT TCGT
$4.65 TPGH080202 04 08 PCD Internal hole boring tool for aluminum copper CBN CNC TPGH Lathe Diamond Inserts CNC Lathe Cutting Tools
$91.17 CNC Lathe Mattress Blade Gasket Welding Turning Tool Machine Tool Gasket Instrument Lathe Turning Tool Tool Holder Gasket
$23.41 10PCS Insert VCMT160402 VCMT160404 VCMT160401 ML CNC Lathe Turning Diamond Inserts VCMT Carbide Lathe Machining Cutter Tool
$39.68 EDGEV Full Face PCD Diamond Insert RNGN0603 RNGN0903 RNGN0904 RNGN1203 RNGN1204 RNGN RNMN Round 1/2 1/4 3/8 Inch Turning Tools
$7.41 CBN diamond insert TNMG160404 TNMG160408 CBN cubic boron nitride superhard quenched steel CNC precision turning toorning tool
$4.2 Diamond Dcmt 070204 aluminium cnc insert Dcmt11t304 PCD CBN external carbide turning tool lathe for processing iron brass
$3.5 1PCS CCGT060202 CCGT060204 CCGT060208 CCGT09T304 CCGT09T308 CCGT120404 CCGT120408 PCD CBN Diamond cubic boron nitride
$34.4 PCD diamond insert TNMG160402 TNMG160404 TNMG160408 for processing copper and aluminum PCD tools TNMG cutting tools
$74.23 STONEGO Thermal Conductor Diamond Pen Hardness Tester Detecting The Authenticity of Diamonds Jadeite Jade Portable Test Tool
Cover Cases for HARDSTONE Group Co., Ltd HARDSTONE Android TV 638
$23.41 10PCS Insert VCMT160402 VCMT160404 VCMT160401 ML CNC Lathe Turning Diamond Inserts VCMT Carbide Lathe Machining Cutter Tool
$3.96 1PC VBGT VCGT PCD CBN Diamond Inserts VBGT110302 VBGT110304 VBGT110308 VBGT160402 VBGT160404 VBGT160408 VCGT110302 VCGT110304
$4.56 VCGT160404 VCGT160402 VCGT160408 PCD Copper and aluminum non-ferrous metal chip cutting tools CNC VCGT blades PCD diamond
$5.07 Tungsten Carbide inserts APKT 1604 PCD CBN diamond cutter blades APKT160402 APKT160404 APKT160408 90 degree CBN milling inserts
$4.95 APKT1604 PCD CBN Diamond Milling Cutter Insert APMT APKT 1604 PCD Aluminum Alloy End Mill Tool CNC Carbide Turning Lathe Insert
$7.92 CBN insert TNMG160404 TNMG160408 WNMG080404 WNMG080408 CBN cubic boron nitride insert CNC diamond turning tool
$6.34 VCGT110302 VCGT110304 VCGT110308 VCGT160404 VCGT160408 CBN PCD Diamond Inserts Internal Turning tool CNC Lathe Cutter Tool Blade
$36.71 KaKarot CCGT060202 CCGT060204 Diamond Cutter Insert CCGT 0602PCD Aluminum Alloy Turning Tool CNC Carbide CBN Turning Lathe CBN
$53.56 GV30°/45° 20*8*6 Single Wheel Knurling Tools KOKC For CNC Lathe Diamond Square pattern
$53.63 TCMT110202 04 TCGT110202 04 PCD CBN Outer round turning tool Polycrystalline diamond and cubic boron carbide cutter TCMT TCGT
$4.65 TPGH080202 04 08 PCD Internal hole boring tool for aluminum copper CBN CNC TPGH Lathe Diamond Inserts CNC Lathe Cutting Tools
$58.4 100% Original DCMT DCMT11T304 DCMT11T308 DCMT070204 MV DCMT070208 MV LF6018 LF9018 LF3018 Diamond Boring CNC Blade
$5.04 VCGT160404 VNMG160408 Pcd diamond cutter turning tools insert cnc external boring lathe brass Aluminum carbide cutting plates
$39.68 EDGEV Full Face PCD Diamond Insert RNGN0603 RNGN0903 RNGN0904 RNGN1203 RNGN1204 RNGN RNMN Round 1/2 1/4 3/8 Inch Turning Tools
$91.17 CNC Lathe Mattress Blade Gasket Welding Turning Tool Machine Tool Gasket Instrument Lathe Turning Tool Tool Holder Gasket
$7.41 CBN diamond insert TNMG160404 TNMG160408 CBN cubic boron nitride superhard quenched steel CNC precision turning toorning tool
$4.2 Diamond Dcmt 070204 aluminium cnc insert Dcmt11t304 PCD CBN external carbide turning tool lathe for processing iron brass
$3.5 1PCS CCGT060202 CCGT060204 CCGT060208 CCGT09T304 CCGT09T308 CCGT120404 CCGT120408 PCD CBN Diamond cubic boron nitride
$34.4 PCD diamond insert TNMG160402 TNMG160404 TNMG160408 for processing copper and aluminum PCD tools TNMG cutting tools
$74.23 STONEGO Thermal Conductor Diamond Pen Hardness Tester Detecting The Authenticity of Diamonds Jadeite Jade Portable Test Tool
| Find Similar devices | |
|---|---|
| Same CPU: | |
| Same Display resolution: | |
| Same ro.build.description: | |
