1. Install SpecDevice
2. Run and decode your specs
3. Get your link (read more...)
| General Specifications | |
|---|---|
| Manufacturer | MStar Semiconductor, Inc. |
| Model | MStar Android TV |
| Firmware | 5.1.1; 1.0.0; SDK22 |
| CPU | 2 cores; AArch64 Processor rev 4 (aarch64) manhattan; Max: 1400,0 MHz; Min: 1100,0 MHz |
| Display | 1920 x 1080; DPI: 240; Evaluated Size: 9,2" |
| Touch screen | NOT multitouch 1 point |
| GPU | Mali-450 MP; ARM; OpenGL ES-CM 1.1; OpenGL ES 2.0 |
| RAM | 1489 MB |
| Flash | 8 GB (7.281 GB actual) (see memory map tab) |
| Communications | |
| Phone | None |
| WiFi | mt7603u_sta |
| USB Host | Yes |
| Bluetooth | Yes |
| GPS | Yes |
| Advanced Features | |
| Front camera | Fail to connect to camera service |
| Back camera | No |
| 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 (chenruisi@npi2) (gcc version 4.9.2 20140904 (prerelease) (crosstool-NG MStar-1.13.1-4.9-2015.04 - MStar GCC 4.9-2015.04) ) #7 SMP PREEMPT Thu Apr 13 16:40:32 CST 2017
CODENAME: REL
Mainboard: blueberry
BRAND: MStar
CPU_ABI: arm64-v8a
CPU_ABI2:
DEVICE: blueberry
DISPLAY: aosp_blueberry-userdebug 5.1.1 LMY47V 1.0.0 release-keys
FINGERPRINT: MStar/aosp_blueberry/blueberry:5.1.1/LMY47V/1.0.0:userdebug/release-keys
HARDWARE: manhattan
ID: LMY47V
TAGS: release-keys
Processor : AArch64 Processor rev 4 (aarch64)
processor : 0
processor : 1
Features : fp asimd aes pmull sha1 sha2 crc32
CPU implementer : 0x41
CPU architecture: AArch64
CPU variant : 0x0
CPU part : 0xd03
CPU revision : 4
Hardware : Manhattan
Revision : 0000
Serial : 0000000000000000
GL_EXT_debug_marker
GL_OES_texture_npot
GL_OES_vertex_array_object
GL_OES_compressed_ETC1_RGB8_texture
GL_EXT_compressed_ETC1_RGB8_sub_texture
GL_OES_standard_derivatives
GL_OES_EGL_image
GL_OES_depth24
GL_ARM_rgba8
GL_ARM_mali_shader_binary
GL_OES_depth_texture
GL_OES_packed_depth_stencil
GL_EXT_texture_format_BGRA8888
GL_OES_vertex_half_float
GL_EXT_blend_minmax
GL_OES_EGL_image_external
GL_OES_EGL_sync
GL_OES_rgb8_rgba8
GL_EXT_multisampled_render_to_texture
GL_EXT_discard_framebuffer
GL_OES_get_program_binary
GL_ARM_mali_program_binary
GL_EXT_shader_texture_lod
GL_EXT_robustness
GL_OES_depth_texture_cube_map
GL_KHR_debug
GL_ARM_shader_framebuffer_fetch
GL_ARM_shader_framebuffer_fetch_depth_stencil
GL_OES_mapbuffer
<7>[93312.042312] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1369000KHz to 1400000KHz[m
<7>[93312.042329] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[93312.042352] [DVFS] Current Temperature: 74
<7>[93312.042356] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[93312.042368] [35m[INFO] Data Exchange Count to User Space: 51188[m
<7>[93312.042372] [35m[INFO] Voltage: 120[m
<7>[93312.042376] [35m[INFO] VoltageType: 0[m
<7>[93312.043154] [33m[result is 0] input: 51188, wake_up wait_queue for write_down[m
<7>[93312.043241] [35m[INFO] Data Exchange Count from User Space: 51188[m
<7>[93312.043247] [DVFS] CPU Power: 120
<7>[93312.043255] [35m[INFO] Data Exchange Count to User Space: 51189[m
<7>[93312.043259] [35m[INFO] Voltage: 100[m
<7>[93312.043262] [35m[INFO] VoltageType: 1[m
<7>[93312.043538] [33m[result is 0] input: 51189, wake_up wait_queue for write_down[m
<7>[93312.043558] [35m[INFO] Data Exchange Count from User Space: 51189[m
<7>[93312.043561] [DVFS] Core Power: 100
<7>[93312.043769] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[93312.043778] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[93312.043789] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1369000 KHZ to 1400000 KHZ[m
<7>[93312.502231] [DVFS] [[====================================
<7>[93312.502467] [DVFS] CPU Clock: 1292MHz
<7>[93312.502472] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[93312.502477] [DVFS] Current Temperature Sensor Data (CPU): 0x016a
<7>[93312.502481] [DVFS] Temperature (CPU): 75
<7>[93312.502484] [DVFS] CPU Power: 1200mV
<7>[93312.502487] [DVFS] Core Power: 1000mV
<7>[93312.502491] [DVFS] ====================================]]
<7>[93312.502498] [DVFS] Current DVFS State: 2
<7>[93312.502502] [DVFS] Current Valid CPU Clock: 1500MHz
<7>[93312.502510] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1500000, forcibly_set_target_flag is 0[m
<4>[93312.969248] receive cmd msg fail(-2)
<4>[93312.969346] receive cmd msg fail(-2)
<4>[93312.969417] tx_kickout_fail_count = 0
<4>[93312.969422] tx_timeout_fail_count = 0
<4>[93312.969425] rx_receive_fail_count = 0
<4>[93312.969428] alloc_cmd_msg = 5764
<4>[93312.969431] free_cmd_msg = 5764
<7>[93312.969652] [35mFunction = is_default_cma_buffer, Line = 340, check from 0x5C400000 to 0x5D400000[m
<11>[93313.022284] init: untracked pid 13755 killed by signal 9
<6>[93313.126512] usbcore: deregistering interface driver mt_drv
<4>[93313.282230] rtusb_disconnect: unregister usbnet usb-mstar-1
<7>[93313.342240] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1308695KHz[m
<7>[93313.342258] [36mcaller: integrator_set_target_on_demand, target_freq: 1308695 KHz[m
<7>[93313.342271] [DVFS] Current Temperature: 75
<7>[93313.342275] [DVFS] Normal Mode: CPU Clock: 1308MHz
<7>[93313.342289] [35m[INFO] Data Exchange Count to User Space: 51190[m
<7>[93313.342293] [35m[INFO] Voltage: 115[m
<7>[93313.342296] [35m[INFO] VoltageType: 0[m
<7>[93313.342943] [33m[result is 0] input: 51190, wake_up wait_queue for write_down[m
<7>[93313.343059] [35m[INFO] Data Exchange Count from User Space: 51190[m
<7>[93313.343065] [DVFS] CPU Power: 115
<7>[93313.343072] [35m[INFO] Data Exchange Count to User Space: 51191[m
<7>[93313.343076] [35m[INFO] Voltage: 100[m
<7>[93313.343079] [35m[INFO] VoltageType: 1[m
<7>[93313.343446] [33m[result is 0] input: 51191, wake_up wait_queue for write_down[m
<7>[93313.343464] [35m[INFO] Data Exchange Count from User Space: 51191[m
<7>[93313.343468] [DVFS] Core Power: 100
<7>[93313.343575] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1308
<7>[93313.343584] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1308695 KHz to 1308000 KHz[m
<7>[93313.343594] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1308000 KHZ[m
<4>[93313.372409] OS_NumOfMemAlloc = 7337, OS_NumOfMemFree = 7201
<4>[93313.372438] OS_NumOfPktAlloc = 6286, OS_NumOfPktFree = 6284
<4>[93313.372449] RtmpOSNetDevDetach(): RtmpOSNetDeviceDetach(), dev->name=wlan0!
<7>[93313.442203] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1308000KHz to 1222695KHz[m
<7>[93313.442227] [36mcaller: integrator_set_target_on_demand, target_freq: 1222695 KHz[m
<7>[93313.442240] [DVFS] Current Temperature: 75
<7>[93313.442244] [DVFS] Normal Mode: CPU Clock: 1222MHz
<7>[93313.442359] [35m[INFO] Data Exchange Count to User Space: 51192[m
<7>[93313.442363] [35m[INFO] Voltage: 110[m
<7>[93313.442368] [35m[INFO] VoltageType: 0[m
<7>[93313.443048] [33m[result is 0] input: 51192, wake_up wait_queue for write_down[m
<7>[93313.443212] [35m[INFO] Data Exchange Count from User Space: 51192[m
<7>[93313.443218] [DVFS] CPU Power: 110
<7>[93313.443225] [35m[INFO] Data Exchange Count to User Space: 51193[m
<7>[93313.443229] [35m[INFO] Voltage: 100[m
<7>[93313.443233] [35m[INFO] VoltageType: 1[m
<7>[93313.443679] [33m[result is 0] input: 51193, wake_up wait_queue for write_down[m
<7>[93313.443779] [35m[INFO] Data Exchange Count from User Space: 51193[m
<7>[93313.443790] [DVFS] Core Power: 100
<7>[93313.443796] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1222
<7>[93313.443805] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1222695 KHz to 1222000 KHz[m
<7>[93313.443815] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1308000 KHZ to 1222000 KHZ[m
<4>[93313.492277] 80211> unregister/free wireless device
<7>[93313.512294] [DVFS] Current DVFS State: 2
<7>[93313.512320] [DVFS] Current Valid CPU Clock: 1500MHz
<7>[93313.512329] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1500000, forcibly_set_target_flag is 0[m
<4>[93313.538878] OS_NumOfMemAlloc = 7337, OS_NumOfMemFree = 7337
<4>[93313.538893] OS_NumOfPktAlloc = 6286, OS_NumOfPktFree = 6285
<4>[93313.538900] RTUSB disconnect successfully
<4>[93313.540157] <--- rtusb exit
<7>[93313.542183] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1222000KHz to 1100000KHz[m
<7>[93313.542201] [36mcaller: integrator_set_target_on_demand, target_freq: 1100000 KHz[m
<7>[93313.542215] [DVFS] Current Temperature: 75
<7>[93313.542219] [DVFS] Normal Mode: CPU Clock: 1100MHz
<7>[93313.542332] [35m[INFO] Data Exchange Count to User Space: 51194[m
<7>[93313.542337] [35m[INFO] Voltage: 105[m
<7>[93313.542341] [35m[INFO] VoltageType: 0[m
<7>[93313.543072] [33m[result is 0] input: 51194, wake_up wait_queue for write_down[m
<7>[93313.543152] [35m[INFO] Data Exchange Count from User Space: 51194[m
<7>[93313.543157] [DVFS] CPU Power: 105
<7>[93313.543165] [35m[INFO] Data Exchange Count to User Space: 51195[m
<7>[93313.543169] [35m[INFO] Voltage: 100[m
<7>[93313.543173] [35m[INFO] VoltageType: 1[m
<7>[93313.543428] [33m[result is 0] input: 51195, wake_up wait_queue for write_down[m
<7>[93313.543442] [35m[INFO] Data Exchange Count from User Space: 51195[m
<7>[93313.543447] [DVFS] Core Power: 100
<7>[93313.543453] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1100
<7>[93313.543462] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1100000 KHz to 1100000 KHz[m
<7>[93313.543471] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1222000 KHZ to 1100000 KHZ[m
<7>[93313.642231] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1100000KHz to 1400000KHz[m
<7>[93313.642251] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[93313.642264] [DVFS] [[====================================
<7>[93313.642469] [DVFS] CPU Clock: 1292MHz
<7>[93313.642474] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[93313.642479] [DVFS] Current Temperature Sensor Data (CPU): 0x016a
<7>[93313.642483] [DVFS] Temperature (CPU): 75
<7>[93313.642487] [DVFS] CPU Power: 1050mV
<7>[93313.642491] [DVFS] Core Power: 1000mV
<7>[93313.642496] [DVFS] ====================================]]
<7>[93313.642502] [DVFS] Current Temperature: 75
<7>[93313.642506] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[93313.642521] [35m[INFO] Data Exchange Count to User Space: 51196[m
<7>[93313.642525] [35m[INFO] Voltage: 120[m
<7>[93313.642529] [35m[INFO] VoltageType: 0[m
<7>[93313.643310] [33m[result is 0] input: 51196, wake_up wait_queue for write_down[m
<7>[93313.643334] [35m[INFO] Data Exchange Count from User Space: 51196[m
<7>[93313.643339] [DVFS] CPU Power: 120
<7>[93313.643346] [35m[INFO] Data Exchange Count to User Space: 51197[m
<7>[93313.643351] [35m[INFO] Voltage: 100[m
<7>[93313.643354] [35m[INFO] VoltageType: 1[m
<7>[93313.643609] [33m[result is 0] input: 51197, wake_up wait_queue for write_down[m
<7>[93313.643624] [35m[INFO] Data Exchange Count from User Space: 51197[m
<7>[93313.643629] [DVFS] Core Power: 100
<7>[93313.643735] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[93313.643742] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[93313.643750] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1100000 KHZ to 1400000 KHZ[m
<7>[93313.742226] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1339130KHz[m
<7>[93313.742245] [36mcaller: integrator_set_target_on_demand, target_freq: 1339130 KHz[m
<7>[93313.742257] [DVFS] Current Temperature: 75
<7>[93313.742261] [DVFS] Normal Mode: CPU Clock: 1339MHz
<7>[93313.742374] [35m[INFO] Data Exchange Count to User Space: 51198[m
<7>[93313.742378] [35m[INFO] Voltage: 115[m
<7>[93313.742382] [35m[INFO] VoltageType: 0[m
<7>[93313.743031] [33m[result is 0] input: 51198, wake_up wait_queue for write_down[m
<7>[93313.743115] [35m[INFO] Data Exchange Count from User Space: 51198[m
<7>[93313.743120] [DVFS] CPU Power: 115
<7>[93313.743127] [35m[INFO] Data Exchange Count to User Space: 51199[m
<7>[93313.743131] [35m[INFO] Voltage: 100[m
<7>[93313.743134] [35m[INFO] VoltageType: 1[m
<7>[93313.743300] [33m[result is 0] input: 51199, wake_up wait_queue for write_down[m
<7>[93313.743313] [35m[INFO] Data Exchange Count from User Space: 51199[m
<7>[93313.743318] [DVFS] Core Power: 100
<7>[93313.743322] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1339
<7>[93313.743330] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1339130 KHz to 1339000 KHz[m
<7>[93313.743339] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1339000 KHZ[m
<7>[93313.842188] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1339000KHz to 1295336KHz[m
<7>[93313.842205] [36mcaller: integrator_set_target_on_demand, target_freq: 1295336 KHz[m
<7>[93313.842217] [DVFS] Current Temperature: 75
<7>[93313.842221] [DVFS] Normal Mode: CPU Clock: 1295MHz
<7>[93313.842333] [35m[INFO] Data Exchange Count to User Space: 51200[m
<7>[93313.842337] [35m[INFO] Voltage: 110[m
<7>[93313.842340] [35m[INFO] VoltageType: 0[m
<7>[93313.843000] [33m[result is 0] input: 51200, wake_up wait_queue for write_down[m
<7>[93313.843038] [35m[INFO] Data Exchange Count from User Space: 51200[m
<7>[93313.843043] [DVFS] CPU Power: 110
<7>[93313.843049] [35m[INFO] Data Exchange Count to User Space: 51201[m
<7>[93313.843053] [35m[INFO] Voltage: 100[m
<7>[93313.843057] [35m[INFO] VoltageType: 1[m
<7>[93313.843312] [33m[result is 0] input: 51201, wake_up wait_queue for write_down[m
<7>[93313.843325] [35m[INFO] Data Exchange Count from User Space: 51201[m
<7>[93313.843329] [DVFS] Core Power: 100
<7>[93313.843335] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1295
<7>[93313.843342] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1295336 KHz to 1295000 KHz[m
<7>[93313.843351] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1339000 KHZ to 1295000 KHZ[m
<7>[93313.942219] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1295000KHz to 1154239KHz[m
<7>[93313.942238] [36mcaller: integrator_set_target_on_demand, target_freq: 1154239 KHz[m
<7>[93313.942250] [DVFS] Current Temperature: 75
<7>[93313.942254] [DVFS] Normal Mode: CPU Clock: 1154MHz
<7>[93313.942367] [35m[INFO] Data Exchange Count to User Space: 51202[m
<7>[93313.942372] [35m[INFO] Voltage: 105[m
<7>[93313.942376] [35m[INFO] VoltageType: 0[m
<7>[93313.943086] [33m[result is 0] input: 51202, wake_up wait_queue for write_down[m
<7>[93313.943110] [35m[INFO] Data Exchange Count from User Space: 51202[m
<7>[93313.943114] [DVFS] CPU Power: 105
<7>[93313.943122] [35m[INFO] Data Exchange Count to User Space: 51203[m
<7>[93313.943125] [35m[INFO] Voltage: 100[m
<7>[93313.943129] [35m[INFO] VoltageType: 1[m
<7>[93313.943275] [33m[result is 0] input: 51203, wake_up wait_queue for write_down[m
<7>[93313.943288] [35m[INFO] Data Exchange Count from User Space: 51203[m
<7>[93313.943293] [DVFS] Core Power: 100
<7>[93313.943298] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1154
<7>[93313.943306] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1154239 KHz to 1154000 KHz[m
<7>[93313.943315] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1295000 KHZ to 1154000 KHZ[m
<6>[93313.984570] cfg80211: Calling CRDA to update world regulatory domain
<4>[93314.105939] rtusb init mt_drv --->
<4>[93314.108108]
<4>[93314.108108]
<4>[93314.108108] === pAd = ffffff818f000000, size = 1682968 ===
<4>[93314.108108]
<4>[93314.108132] allocate tx ringidx 0
<4>[93314.108142] RTMPQMemAddr[0]
<4>[93314.108147] allocate tx ringidx 1
<4>[93314.108152] RTMPQMemAddr[1]
<4>[93314.108156] allocate tx ringidx 2
<4>[93314.108160] RTMPQMemAddr[2]
<4>[93314.108164] allocate tx ringidx 3
<4>[93314.108168] RTMPQMemAddr[3]
<4>[93314.108172] allocate tx ringidx 4
<4>[93314.108177] RTMPQMemAddr[4]
<4>[93314.108180] allocate tx ringidx 5
<4>[93314.108185] RTMPQMemAddr[5]
<4>[93314.108189] allocate tx ringidx 6
<4>[93314.108193] RTMPQMemAddr[6]
<4>[93314.108197] allocate tx ringidx 7
<4>[93314.108201] RTMPQMemAddr[7]
<4>[93314.108204] allocate tx ringidx 8
<4>[93314.108208] RTMPQMemAddr[8]
<4>[93314.108212] allocate tx ringidx 9
<4>[93314.108216] RTMPQMemAddr[9]
<4>[93314.108220] allocate tx ringidx 10
<4>[93314.108224] RTMPQMemAddr[10]
<4>[93314.108228] allocate tx ringidx 11
<4>[93314.108233] RTMPQMemAddr[11]
<4>[93314.108236] allocate tx ringidx 12
<4>[93314.108240] RTMPQMemAddr[12]
<4>[93314.108244] allocate tx ringidx 13
<4>[93314.108248] RTMPQMemAddr[13]
<4>[93314.108252] allocate tx ringidx 0
<4>[93314.108256] RTMPQMemAddr[14]
<4>[93314.108260] allocate tx ringidx 1
<4>[93314.108264] RTMPQMemAddr[15]
<4>[93314.108268] allocate tx ringidx 2
<4>[93314.108272] RTMPQMemAddr[16]
<4>[93314.108276] allocate tx ringidx 3
<4>[93314.108280] RTMPQMemAddr[17]
<4>[93314.108284] allocate tx ringidx 4
<4>[93314.108288] RTMPQMemAddr[18]
<4>[93314.108291] allocate tx ringidx 5
<4>[93314.108296] RTMPQMemAddr[19]
<4>[93314.108299] allocate tx ringidx 6
<4>[93314.108303] RTMPQMemAddr[20]
<4>[93314.108307] allocate tx ringidx 7
<4>[93314.108311] RTMPQMemAddr[21]
<4>[93314.108315] allocate tx ringidx 8
<4>[93314.108320] RTMPQMemAddr[22]
<4>[93314.108323] allocate tx ringidx 9
<4>[93314.108328] RTMPQMemAddr[23]
<4>[93314.108332] allocate tx ringidx 10
<4>[93314.108336] RTMPQMemAddr[24]
<4>[93314.108340] allocate tx ringidx 11
<4>[93314.108344] RTMPQMemAddr[25]
<4>[93314.108348] allocate tx ringidx 12
<4>[93314.108352] RTMPQMemAddr[26]
<4>[93314.108356] allocate tx ringidx 13
<4>[93314.108359] RTMPQMemAddr[27]
<4>[93314.108363] allocate tx ringidx 0
<4>[93314.108367] RTMPQMemAddr[28]
<4>[93314.108371] allocate tx ringidx 1
<4>[93314.108375] RTMPQMemAddr[29]
<4>[93314.108378] allocate tx ringidx 2
<4>[93314.108383] RTMPQMemAddr[30]
<4>[93314.108386] allocate tx ringidx 3
<4>[93314.108392] RTMPQMemAddr[31]
<4>[93314.108395] allocate tx ringidx 4
<4>[93314.108400] RTMPQMemAddr[32]
<4>[93314.108404] allocate tx ringidx 5
<4>[93314.108408] RTMPQMemAddr[33]
<4>[93314.108412] allocate tx ringidx 6
<4>[93314.108416] RTMPQMemAddr[34]
<4>[93314.108419] allocate tx ringidx 7
<4>[93314.108423] RTMPQMemAddr[35]
<4>[93314.108427] allocate tx ringidx 8
<4>[93314.108431] RTMPQMemAddr[36]
<4>[93314.108435] allocate tx ringidx 9
<4>[93314.108439] RTMPQMemAddr[37]
<4>[93314.108442] allocate tx ringidx 10
<4>[93314.108447] RTMPQMemAddr[38]
<4>[93314.108451] allocate tx ringidx 11
<4>[93314.108455] RTMPQMemAddr[39]
<4>[93314.108459] allocate tx ringidx 12
<4>[93314.108463] RTMPQMemAddr[40]
<4>[93314.108467] allocate tx ringidx 13
<4>[93314.108471] RTMPQMemAddr[41]
<4>[93314.108475] allocate tx ringidx 0
<4>[93314.108479] RTMPQMemAddr[42]
<4>[93314.108483] allocate tx ringidx 1
<4>[93314.108487] RTMPQMemAddr[43]
<4>[93314.108490] allocate tx ringidx 2
<4>[93314.108494] RTMPQMemAddr[44]
<4>[93314.108498] allocate tx ringidx 3
<4>[93314.108502] RTMPQMemAddr[45]
<4>[93314.108505] allocate tx ringidx 4
<4>[93314.108510] RTMPQMemAddr[46]
<4>[93314.108513] allocate tx ringidx 5
<4>[93314.108518] RTMPQMemAddr[47]
<4>[93314.108522] allocate tx ringidx 6
<4>[93314.108526] RTMPQMemAddr[48]
<4>[93314.108530] allocate tx ringidx 7
<4>[93314.108534] RTMPQMemAddr[49]
<4>[93314.108538] allocate tx ringidx 8
<4>[93314.108542] RTMPQMemAddr[50]
<4>[93314.108546] allocate tx ringidx 9
<4>[93314.108550] RTMPQMemAddr[51]
<4>[93314.108553] allocate tx ringidx 10
<4>[93314.108557] RTMPQMemAddr[52]
<4>[93314.108561] allocate tx ringidx 11
<4>[93314.108565] RTMPQMemAddr[53]
<4>[93314.108569] allocate tx ringidx 12
<4>[93314.108573] RTMPQMemAddr[54]
<4>[93314.108577] allocate tx ringidx 13
<4>[93314.108581] RTMPQMemAddr[55]
<4>[93314.108584] allocate tx ringidx 0
<4>[93314.108589] RTMPQMemAddr[56]
<4>[93314.108593] allocate tx ringidx 1
<4>[93314.108598] RTMPQMemAddr[57]
<4>[93314.108601] allocate tx ringidx 2
<4>[93314.108606] RTMPQMemAddr[58]
<4>[93314.108609] allocate tx ringidx 3
<4>[93314.108613] RTMPQMemAddr[59]
<4>[93314.108617] allocate tx ringidx 4
<4>[93314.108621] RTMPQMemAddr[60]
<4>[93314.108625] allocate tx ringidx 5
<4>[93314.108629] RTMPQMemAddr[61]
<4>[93314.108632] allocate tx ringidx 6
<4>[93314.108637] RTMPQMemAddr[62]
<4>[93314.108641] allocate tx ringidx 7
<4>[93314.108645] RTMPQMemAddr[63]
<4>[93314.108649] allocate tx ringidx 8
<4>[93314.108653] RTMPQMemAddr[64]
<4>[93314.108657] allocate tx ringidx 9
<4>[93314.108661] RTMPQMemAddr[65]
<4>[93314.108665] allocate tx ringidx 10
<4>[93314.108669] RTMPQMemAddr[66]
<4>[93314.108672] allocate tx ringidx 11
<4>[93314.108676] RTMPQMemAddr[67]
<4>[93314.108680] allocate tx ringidx 12
<4>[93314.108685] RTMPQMemAddr[68]
<4>[93314.108689] allocate tx ringidx 13
<4>[93314.108694] RTMPQMemAddr[69]
<4>[93314.108703] RTMPQMemAddr[70]
<4>[93314.108707] RTMPQMemAddr[71]
<4>[93314.108713] RTMPQMemAddr[72]
<4>[93314.108717] RTMPQMemAddr[73]
<4>[93314.108722] RTMPQMemAddr[74]
<4>[93314.108726] RTMPQMemAddr[75]
<4>[93314.108730] RTMPQMemAddr[76]
<4>[93314.108734] RTMPQMemAddr[77]
<4>[93314.108738] RTMPQMemAddr[78]
<4>[93314.108742] RTMPQMemAddr[79]
<4>[93314.108746] RTMPQMemAddr[80]
<4>[93314.108757] <-- RTMPAllocTxRxRingMemory, Status=0
<4>[93314.109289] <-- RTMPAllocAdapterBlock, Status=0
<4>[93314.109703] STA Driver version-JEDI.L0.MP1.mt7603u.v1.8
<4>[93314.109711] Compile time-Apr 6 2017,20:37:42
<4>[93314.109720] RtmpChipOpsHook(760): Not support for HIF_MT yet!
<4>[93314.109726] mt7603_init()-->
<4>[93314.109733] mt_bcn_buf_init(295): Not support for HIF_MT yet!
<4>[93314.109737] <--mt7603_init()
<4>[93314.109743] Endpoint(8) is for In-band Command
<4>[93314.109748] Endpoint(4) is for WMM0 AC1
<4>[93314.109752] Endpoint(5) is for WMM0 AC0
<4>[93314.109756] Endpoint(6) is for WMM0 AC2
<4>[93314.109760] Endpoint(7) is for WMM0 AC3
<4>[93314.109764] Endpoint(9) is for WMM1 AC0
<4>[93314.109768] Endpoint(84) is for Data-In
<4>[93314.109772] Endpoint(85) is for Command Rsp
<4>[93314.109859] 80211> RFICType= 3, NumOfChan= 58
<4>[93314.109915] 80211> Number of rate = 12
<4>[93314.109922] 80211> CurTxPower = 0 dBm
<4>[93314.111899] 80211> CFG80211_Register
<6>[93314.141417] usbcore: registered new interface driver mt_drv
<7>[93314.142217] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1154000KHz to 1400000KHz[m
<7>[93314.142244] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[93314.142258] [DVFS] Current Temperature: 75
<7>[93314.142262] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[93314.142274] [35m[INFO] Data Exchange Count to User Space: 51204[m
<7>[93314.142279] [35m[INFO] Voltage: 120[m
<7>[93314.142283] [35m[INFO] VoltageType: 0[m
<7>[93314.143271] [33m[result is 0] input: 51204, wake_up wait_queue for write_down[m
<7>[93314.143395] [35m[INFO] Data Exchange Count from User Space: 51204[m
<7>[93314.143401] [DVFS] CPU Power: 120
<7>[93314.143411] [35m[INFO] Data Exchange Count to User Space: 51205[m
<7>[93314.143416] [35m[INFO] Voltage: 100[m
<7>[93314.143420] [35m[INFO] VoltageType: 1[m
<7>[93314.143553] [33m[result is 0] input: 51205, wake_up wait_queue for write_down[m
<7>[93314.143569] [35m[INFO] Data Exchange Count from User Space: 51205[m
<7>[93314.143574] [DVFS] Core Power: 100
<7>[93314.143682] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[93314.143692] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[93314.143702] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1154000 KHZ to 1400000 KHZ[m
<7>[93314.242203] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1100000KHz[m
<7>[93314.242219] [36mcaller: integrator_set_target_on_demand, target_freq: 1100000 KHz[m
<7>[93314.242231] [DVFS] [[====================================
<7>[93314.242435] [DVFS] CPU Clock: 1400MHz
<7>[93314.242439] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[93314.242443] [DVFS] Current Temperature Sensor Data (CPU): 0x016a
<7>[93314.242447] [DVFS] Temperature (CPU): 75
<7>[93314.242450] [DVFS] CPU Power: 1200mV
<7>[93314.242453] [DVFS] Core Power: 1000mV
<7>[93314.242456] [DVFS] ====================================]]
<7>[93314.242462] [DVFS] Current Temperature: 75
<7>[93314.242465] [DVFS] Normal Mode: CPU Clock: 1100MHz
<7>[93314.242579] [35m[INFO] Data Exchange Count to User Space: 51206[m
<7>[93314.242583] [35m[INFO] Voltage: 105[m
<7>[93314.242588] [35m[INFO] VoltageType: 0[m
<7>[93314.243303] [33m[result is 0] input: 51206, wake_up wait_queue for write_down[m
<7>[93314.243355] [35m[INFO] Data Exchange Count from User Space: 51206[m
<7>[93314.243361] [DVFS] CPU Power: 105
<7>[93314.243368] [35m[INFO] Data Exchange Count to User Space: 51207[m
<7>[93314.243372] [35m[INFO] Voltage: 100[m
<7>[93314.243376] [35m[INFO] VoltageType: 1[m
<7>[93314.243517] [33m[result is 0] input: 51207, wake_up wait_queue for write_down[m
<7>[93314.243530] [35m[INFO] Data Exchange Count from User Space: 51207[m
<7>[93314.243535] [DVFS] Core Power: 100
<7>[93314.243540] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1100
<7>[93314.243549] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1100000 KHz to 1100000 KHz[m
<7>[93314.243558] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1100000 KHZ[m
<7>[93314.522242] [DVFS] Current DVFS State: 2
<7>[93314.522356] [DVFS] Current Valid CPU Clock: 1500MHz
<7>[93314.522367] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1500000, forcibly_set_target_flag is 0[m
<7>[93315.532256] [DVFS] Current DVFS State: 2
<7>[93315.532280] [DVFS] Current Valid CPU Clock: 1500MHz
<7>[93315.532291] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1500000, forcibly_set_target_flag is 0[m
<4>[93315.959176] cfg_mode=5
<4>[93315.959193] cfg_mode=5
<4>[93315.959201] wmode_band_equal(): Band Equal!
<4>[93315.959749] Key1Str is Invalid key length(0) or Type(0)
<4>[93315.959787] Key2Str is Invalid key length(0) or Type(0)
<4>[93315.959826] Key3Str is Invalid key length(0) or Type(0)
<4>[93315.959864] Key4Str is Invalid key length(0) or Type(0)
<4>[93315.963956] WOW_GPIO = 2
<4>[93315.964013] WOW_Enable = 1
<4>[93315.964079] WOW_Hold = 100000, equal to 100000 us
<4>[93315.964206] WakeupInterface = 2
<4>[93315.964243] GPIOHighLow = 1
<4>[93315.964309] USBAggregation = 1
<4>[93315.964683] FW Version:_mt7603mp
<4>[93315.964708] FW Build Date:20151020155902
<4>[93315.966447] CmdReStartDLRsp: WiFI FW Download Success
<4>[93315.966868] CmdAddressLenReq:(ret = 0)
<4>[93315.967745] CmdFwStartReq: override = 1, address = 1048576
<4>[93315.971773] CmdStartDLRsp: WiFI FW Download Success
<4>[93315.991709] AsicDMASchedulerInit(): DMA Scheduler Mode=0(LMAC)
<4>[93316.001931] efuse_probe: efuse = 10000012
<4>[93316.001958] RtmpChipOpsEepromHook::e2p_type=0, inf_Type=2
<4>[93316.001963] RtmpEepromGetDefault::e2p_dafault=1
<4>[93316.001969] RtmpChipOpsEepromHook: E2P type(1), E2pAccessMode = 0, E2P default = 1
<4>[93316.001975] NVM is EFUSE mode
<4>[93316.002052] 1. Phy Mode = 14
<4>[93316.002061] NVM is Efuse and its size =1d[1e0-1fc]
<4>[93316.007099] Load EEPROM buffer from efuse, and change to BIN buffer mode
<4>[93316.339140] efuse_probe: efuse = 10000012
<4>[93316.339166] RtmpChipOpsEepromHook::forceMode: 4 , infType: 2
<4>[93316.339172] NVM is BIN mode
<4>[93316.499057] Country Region from e2p = ffff
<4>[93316.499099] tssi_1_target_pwr_g_band = 29
<4>[93316.499114] 2. Phy Mode = 14
<4>[93316.499123] 3. Phy Mode = 14
<4>[93316.499134] NICInitializeAsic(847): Not support rtmp_mac_sys_reset () for HIF_MT yet!
<4>[93316.499140] mt_mac_init()-->
<4>[93316.499255] mt7603_init_mac_cr()-->
<4>[93316.507852] AsicSetMacMaxLen(2210): Set the Max RxPktLen=1024!
<4>[93316.507866] <--mt_mac_init()
<7>[93316.542204] [DVFS] Current DVFS State: 2
<7>[93316.542220] [DVFS] Current Valid CPU Clock: 1500MHz
<7>[93316.542230] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1500000, forcibly_set_target_flag is 0[m
<4>[93316.560812] WTBL Segment 1 info:
<4>[93316.560827] MemBaseAddr/FID:0x28000/0
<4>[93316.560832] EntrySize/Cnt:32/128
<4>[93316.560836] WTBL Segment 2 info:
<4>[93316.560841] MemBaseAddr/FID:0x40000/0
<4>[93316.560845] EntrySize/Cnt:64/128
<4>[93316.560849] WTBL Segment 3 info:
<4>[93316.560853] MemBaseAddr/FID:0x42000/64
<4>[93316.568306] EntrySize/Cnt:64/128
<4>[93316.568325] WTBL Segment 4 info:
<4>[93316.568331] MemBaseAddr/FID:0x44000/128
<4>[93316.568335] EntrySize/Cnt:32/128
<4>[93316.569389] MtAsicACQueue: Write CR:21510, Value=10421
<4>[93316.570076] MtAsicACQueue: Write CR:21500, Value=10421
<4>[93316.572958] AntCfgInit(3573): Not support for HIF_MT yet!
<4>[93316.573304] RTMPSetPhyMode(): channel out of range, use first ch=1
<4>[93316.573310] RTMPSetPhyMode: Update for STA
<4>[93316.573324] RTMPSetPhyMode: Update for AP
<4>[93316.573330] MlmeUpdateTxRates: Update for GO
<4>[93316.573335] RTMPSetPhyMode: Update for APCLI
<4>[93316.573628] MCS Set = ff ff 00 00 01
<4>[93316.574571] MT76xxAndesWOWInit:
<4>[93316.574598] MT76xxAndesWOWInit:(WakeupInterface=2, GPIONumber=2, GPIOTimer=100000, GpioParameter=0x3)
<4>[93316.574720] EventExtCmdWakeupOptionRsp: u4PfCmdType = 0x2e u4Status = 0x0
<4>[93316.574744] MT76xxAndesWOWInit:(ret = 0)
<4>[93316.574749] <==== rt28xx_init, Status=0
<4>[93316.577554] 80211> re-init bands...
<4>[93316.577575] 80211> RFICType= 1, NumOfChan= 14
<4>[93316.577579] 80211> Number of rate = 12
<4>[93316.577583] 80211> CurTxPower = 0 dBm
<4>[93316.583193] mt7603_set_ed_cca: TURN OFF EDCCA mac 0x10618 = 0xd7083f0f
<4>[93316.583218] Number of Packet Allocated in open = 5225
<4>[93316.583222] Number of Packet Freed in open = 5221
<4>[93316.583231] WiFi Startup Cost (wlan0): 0.630s
<4>[93316.642797] 80211> CFG80211_OpsPmksaFlush ==>
<7>[93317.552234] [DVFS] Current DVFS State: 2
<7>[93317.552260] [DVFS] Current Valid CPU Clock: 1500MHz
<7>[93317.552271] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1500000, forcibly_set_target_flag is 0[m
<7>[93317.642216] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1100000KHz to 1400000KHz[m
<7>[93317.642234] [36mcaller: integrator_set_target_on_demand, target_freq: 1400000 KHz[m
<7>[93317.642245] [DVFS] [[====================================
<7>[93317.642451] [DVFS] CPU Clock: 1100MHz
<7>[93317.642469] [DVFS] Reference Temperature Data (CPU): 0x0190
<7>[93317.642474] [DVFS] Current Temperature Sensor Data (CPU): 0x016c
<7>[93317.642479] [DVFS] Temperature (CPU): 73
<7>[93317.642483] [DVFS] CPU Power: 1050mV
<7>[93317.642487] [DVFS] Core Power: 1000mV
<7>[93317.642491] [DVFS] ====================================]]
<7>[93317.642498] [DVFS] Current Temperature: 73
<7>[93317.642502] [DVFS] Normal Mode: CPU Clock: 1400MHz
<7>[93317.642515] [35m[INFO] Data Exchange Count to User Space: 51208[m
<7>[93317.642520] [35m[INFO] Voltage: 120[m
<7>[93317.642524] [35m[INFO] VoltageType: 0[m
<7>[93317.643332] [33m[result is 0] input: 51208, wake_up wait_queue for write_down[m
<7>[93317.643358] [35m[INFO] Data Exchange Count from User Space: 51208[m
<7>[93317.643363] [DVFS] CPU Power: 120
<7>[93317.643371] [35m[INFO] Data Exchange Count to User Space: 51209[m
<7>[93317.643375] [35m[INFO] Voltage: 100[m
<7>[93317.643379] [35m[INFO] VoltageType: 1[m
<7>[93317.643409] [33m[result is 0] input: 51209, wake_up wait_queue for write_down[m
<7>[93317.643420] [35m[INFO] Data Exchange Count from User Space: 51209[m
<7>[93317.643425] [DVFS] Core Power: 100
<7>[93317.643531] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1400
<7>[93317.643539] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1400000 KHz to 1400000 KHz[m
<7>[93317.643546] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1100000 KHZ to 1400000 KHZ[m
<7>[93318.042197] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1400000KHz to 1126086KHz[m
<7>[93318.042214] [36mcaller: integrator_set_target_on_demand, target_freq: 1126086 KHz[m
<7>[93318.042227] [DVFS] Current Temperature: 73
<7>[93318.042231] [DVFS] Normal Mode: CPU Clock: 1126MHz
<7>[93318.042343] [35m[INFO] Data Exchange Count to User Space: 51210[m
<7>[93318.042348] [35m[INFO] Voltage: 105[m
<7>[93318.042352] [35m[INFO] VoltageType: 0[m
<7>[93318.043094] [33m[result is 0] input: 51210, wake_up wait_queue for write_down[m
<7>[93318.043223] [35m[INFO] Data Exchange Count from User Space: 51210[m
<7>[93318.043229] [DVFS] CPU Power: 105
<7>[93318.043237] [35m[INFO] Data Exchange Count to User Space: 51211[m
<7>[93318.043241] [35m[INFO] Voltage: 100[m
<7>[93318.043245] [35m[INFO] VoltageType: 1[m
<7>[93318.043277] [33m[result is 0] input: 51211, wake_up wait_queue for write_down[m
<7>[93318.043289] [35m[INFO] Data Exchange Count from User Space: 51211[m
<7>[93318.043293] [DVFS] Core Power: 100
<7>[93318.043298] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1126
<7>[93318.043306] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1126086 KHz to 1126000 KHz[m
<7>[93318.043315] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1400000 KHZ to 1126000 KHZ[m
<7>[93318.142235] [35mFunction = integrator_set_target_on_demand, Line = 610, set copufreq from 1126000KHz to 1100000KHz[m
<7>[93318.142255] [36mcaller: integrator_set_target_on_demand, target_freq: 1100000 KHz[m
<7>[93318.142270] [DVFS] Current Temperature: 73
<7>[93318.142274] [DVFS] Normal Mode: CPU Clock: 1100MHz
<7>[93318.142390] [35m[INFO] Data Exchange Count to User Space: 51212[m
<7>[93318.142395] [35m[INFO] Voltage: 105[m
<7>[93318.142400] [35m[INFO] VoltageType: 0[m
<7>[93318.143162] [33m[result is 0] input: 51212, wake_up wait_queue for write_down[m
<7>[93318.143375] [35m[INFO] Data Exchange Count from User Space: 51212[m
<7>[93318.143385] [DVFS] CPU Power: 105
<7>[93318.143396] [35m[INFO] Data Exchange Count to User Space: 51213[m
<7>[93318.143400] [35m[INFO] Voltage: 100[m
<7>[93318.143404] [35m[INFO] VoltageType: 1[m
<7>[93318.143779] [33m[result is 0] input: 51213, wake_up wait_queue for write_down[m
<7>[93318.143812] [35m[INFO] Data Exchange Count from User Space: 51213[m
<7>[93318.143817] [DVFS] Core Power: 100
<7>[93318.143824] [DVFS] hMstarDvfsInfo.dwFinalCpuClock: 1100
<7>[93318.143834] [35mFunction = change_cpus_timer, Line = 742, the target_freq is changed(by MDrvDvfsProc), from 1100000 KHz to 1100000 KHz[m
<7>[93318.143844] [31mFunction = change_cpus_timer, Line = 773, cpu0 do: [cpu0] adjust cpufreq from 1126000 KHZ to 1100000 KHZ[m
<4>[93318.183922] 80211> CFG80211_OpsPmksaFlush ==>
<4>[93318.246760] mt7603_switch_channel(): Switch to Ch#1(2T2R), BBP_BW=0
<4>[93318.308261] mt7603_switch_channel(): Switch to Ch#2(2T2R), BBP_BW=0
<4>[93318.369401] mt7603_switch_channel(): Switch to Ch#3(2T2R), BBP_BW=0
<4>[93318.432245] mt7603_switch_channel(): Switch to Ch#4(2T2R), BBP_BW=0
<4>[93318.500507] mt7603_switch_channel(): Switch to Ch#5(2T2R), BBP_BW=0
<4>[93318.558297] mt7603_switch_channel(): Switch to Ch#6(2T2R), BBP_BW=0
<7>[93318.563894] [DVFS] Current DVFS State: 2
<7>[93318.563919] [DVFS] Current Valid CPU Clock: 1500MHz
<7>[93318.563929] [34mFunction = Mdrv_CPU_T_sensor_Check_callback, Line = 969, do Mdrv_CPU_T_sensor_Check_callback: 1500000, forcibly_set_target_flag is 0[m
<4>[93318.618284] mt7603_switch_channel(): Switch to Ch#7(2T2R), BBP_BW=0
<4>[93318.677740] mt7603_switch_channel(): Switch to Ch#8(2T2R), BBP_BW=0
# begin build properties
# autogenerated by buildinfo.sh
ro.build.id=LMY47V
ro.build.display.id=aosp_blueberry-userdebug 5.1.1 LMY47V 1.0.0 release-keys
ro.build.version.incremental=1.0.0
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=Mon Apr 17 20:43:57 CST 2017
ro.build.sw_time=Mon Apr 17 20:43:57 CST 2017
ro.build.date.utc=1492433037
ro.build.type=userdebug
ro.build.user=liu_bin
ro.build.host=npi2
ro.build.tags=release-keys
ro.build.flavor=aosp_blueberry-userdebug
ro.product.model=MStar Android TV
ro.product.brand=MStar
ro.product.name=aosp_blueberry
ro.product.device=blueberry
ro.product.board=blueberry
ro.build.version.svn=Revision:2379
# ro.product.cpu.abi and ro.product.cpu.abi2 are obsolete,
# use ro.product.cpu.abilist instead.
ro.product.cpu.abi=arm64-v8a
ro.product.cpu.abilist=arm64-v8a,armeabi-v7a,armeabi
ro.product.cpu.abilist32=armeabi-v7a,armeabi
ro.product.cpu.abilist64=arm64-v8a
ro.product.manufacturer=MStar Semiconductor, Inc.
ro.product.locale.language=zh
ro.product.locale.region=CN
ro.wifi.channels=
ro.board.platform=manhattan
# ro.build.product is obsolete; use ro.product.device
ro.build.product=blueberry
# Do not try to parse description, fingerprint, or thumbprint
ro.build.description=aosp_blueberry-userdebug 5.1.1 LMY47V 1.0.0 release-keys
ro.build.fingerprint=MStar/aosp_blueberry/blueberry:5.1.1/LMY47V/1.0.0:userdebug/release-keys
ro.build.characteristics=tv
ro.software.version_id=V8-S68AT02-LF1V150
ro.hardware.version_id=MS6488
ro.build.company=TCL Multimedia
ro.tcl.default_boot_mode=Launcher
# end build properties
#
# ADDITIONAL_BUILD_PROPERTIES
#
persist.sys.language=en
persist.sys.country=CN
persist.sys.timezone=Asia/Shanghai
mstar.bootlogo.gop=3
mstar.close.bootlogo.gop.frame=2
ms.disable.ds=0
mstar.forcelandscape=1
persist.sys.strictmode.disable=true
persist.sys.bootfromui=ui
mstar.build.mstartv=mi
mstar.str.enable=true
persist.sys.fastboot=true
wifi.interface=wlan0
ro.opengles.version=131072
ro.sf.lcd_density=240
media.aac_51_output_enabled=true
config.disable_bluetooth=0
chrome.tv.hole_threshold=0
debug.hwui.render_dirty_regions=false
service.adb.tcp.port=5555
persist.adb.tcp.port=5555
persist.service.adb.enable=1
ro.adb.secure=1
ro.mstar.lmkd.minfree=15600,18000,24000,28000,40000,60000
ro.mstar.lmkd.adj=0,1,2,3,9,15
mstar.framebuffer.format=3
mstar.gop=0
mstar.gwin=0
mstar.gopfrc=2
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=1
mstar.meta.sf=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
ro.setupwizard.mode=OPTIONAL
ro.com.google.gmsversion=5.1_r2
persist.sys.dalvik.vm.lib.2=libart.so
dalvik.vm.isa.arm64.features=default
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
mt7603u_sta 1551834 1 - Live 0x0000000000000000 (O)
cfg80211 357762 1 mt7603u_sta, Live 0x0000000000000000
tcl_sim_kb 4362 0 - Live 0x0000000000000000 (P)
bluetooth 200643 0 - Live 0x0000000000000000
uhid 5748 0 - Live 0x0000000000000000
rtkm 2127 0 - Live 0x0000000000000000 (O)
mtprealloc 2609 1 mt7603u_sta, Live 0x0000000000000000 (PO)
rtk_btusb 32915 0 - Live 0x0000000000000000
firmware_class 11229 2 mt7603u_sta,rtk_btusb, Live 0x0000000000000000
ntfs_3g 198434 0 - Live 0x0000000000000000 (O)
mali 177471 35 - Live 0x0000000000000000 (O)
RAM: 1489 MB
System RAM: 978.000MB
System RAM: 511.000MB
Flash: 8 GB (7.281 GB actual)
mmcblk0: 7.281 GB
Touch Screen for MStar Semiconductor, Inc. MStar Android TV
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$25.1 Mstar Xmeye CCTV 8CH 9CH 16CH NVR H.265+ Network Video Recorder 16 Channel 4K NVR HDMI Output Support Onvif Cloud monitoring
$18.17 3MP IMX307+MStar SSC335 IP Camera Module Board IRCut 2304*1296 25fps H.265 Low illumination StarLight Onvif Radiator
$42.92 4K 8/4MP F0.9 StarLight WarmLight MStar SSC378DE+SC850AI 1/1.8 Inch CMOS IP Metal Bullet Camera All Color Low illuminance IP66
$41.06 8MP 4K Camera Module 3840(H)*2160 (V) SONY IMX415 MJPEG H.265+ 20fps Hd Board For CCTV Camera module Danale APP Mstar Chip
$34.44 8MP 4K IMX415+MStar SSC338 3840*2160 20FPS H.265 IP Camera Module Board M12 Lens IR-Cut Onvif Low illumination Radiator Audio
$35.55 4K 8MP IMX415+MStar SSC338 IP Camera Module Board 3840*2160 20fps H.265 Low illumination StarLight Onvif Radiator 38*38mm
$284 Mstar XMeye Pro Surveillance Video Recorder 5MP 8CH H.265+ Max 14TB Sata Audio Onvif Face Detection WIFI CCTV NVR
$12.64 4MP MStar SSC337+SC401AI IP Camera Module Board IRCut M12 Lens 2560*1440 20fps H.265 Low illumination Onvif Radiator 38*38mm
$216.64 Mstar XMeye Pro Surveillance Video Recorder 3MP 4CH 3MP 8CH H.265+ Max 14TB Sata Audio Onvif Face Detection WIFI CCTV NVR
$11.07 MStar SSC337+GC2053 3MP 2304*1296 25FPS H.265 IP Camera Module Board 38*38mm Onvif Low illumination Radiator Audio Interface
$251.73 MStar Debug Tool Debug USB Upgrade Tool
$127.78 2Mp Ip Camera Board Sony Imx307 Mstar SSC335 Webcam Ultral Low Illumination 1080P 25Fps Videolink P2P Surveillance Cctv Camera
$15.58 MStar SSC377+SC401AI 4MP 2560*1440 20FPS H.265 IP Camera Module Board 3.7mm Mini Lens IRcut Onvif Low illumination Radiator
$110 Ultral Hd 1080P Ip Camera Board Sony Imx307Lqr Mstar Ssc335 Webcam Night Vision Videolink P2P Onvif Rtsp Video Surveillance
$236.88 Original Mstar Burner Programmer Debug USB Driver Board Upgrade Debugging ISP Tool Tool RTD
$34.44 8MP 4K IMX415+MStar SSC338 3840*2160 20FPS H.265 IP Camera Module Board 38*38mm Onvif Low illumination Radiator Audio Interface
Replacement Battery for MStar Semiconductor, Inc. MStar Android TV
$155.94 Original Mstar Burner Programmer Debug USB Driver Board Upgrade Debugging ISP Tool Tool RTD
$22.14 4K 8/4MP 1/1.8 Inch CMOS StarLight F0.9 Lens MStar SSC378DE+SC840AI IP Camera Module Board Onvif Radiator All Color
$18.17 3MP IMX307+MStar SSC335 IP Camera Module Board IRCut 2304*1296 25fps H.265 Low illumination StarLight Onvif Radiator
$41.06 8MP 4K Camera Module 3840(H)*2160 (V) SONY IMX415 MJPEG H.265+ 20fps Hd Board For CCTV Camera module Danale APP Mstar Chip
$29.6 MStar 8/5/3MP 4K StarLight IMX415 Double Light IP Metal Bullet Camera 3840*2160 H.265 Onvif IRC NightVision IP66 Outdoor Black
$25.1 Mstar Xmeye CCTV 8CH 9CH 16CH NVR H.265+ Network Video Recorder 16 Channel 4K NVR HDMI Output Support Onvif Cloud monitoring
$42.92 4K 8/4MP F0.9 StarLight WarmLight MStar SSC378DE+SC850AI 1/1.8 Inch CMOS IP Metal Bullet Camera All Color Low illuminance IP66
$34.44 8MP 4K IMX415+MStar SSC338 3840*2160 20FPS H.265 IP Camera Module Board M12 Lens IR-Cut Onvif Low illumination Radiator Audio
$35.55 4K 8MP IMX415+MStar SSC338 IP Camera Module Board 3840*2160 20fps H.265 Low illumination StarLight Onvif Radiator 38*38mm
$284 Mstar XMeye Pro Surveillance Video Recorder 5MP 8CH H.265+ Max 14TB Sata Audio Onvif Face Detection WIFI CCTV NVR
$236.88 Original Mstar Burner Programmer Debug USB Driver Board Upgrade Debugging ISP Tool Tool RTD
$34.44 8MP 4K IMX415+MStar SSC338 3840*2160 20FPS H.265 IP Camera Module Board 38*38mm Onvif Low illumination Radiator Audio Interface
$12.64 4MP MStar SSC337+SC401AI IP Camera Module Board IRCut M12 Lens 2560*1440 20fps H.265 Low illumination Onvif Radiator 38*38mm
$15.58 MStar SSC377+SC401AI 4MP 2560*1440 20FPS H.265 IP Camera Module Board 3.7mm Mini Lens IRcut Onvif Low illumination Radiator
$110 Ultral Hd 1080P Ip Camera Board Sony Imx307Lqr Mstar Ssc335 Webcam Night Vision Videolink P2P Onvif Rtsp Video Surveillance
$127.78 2Mp Ip Camera Board Sony Imx307 Mstar SSC335 Webcam Ultral Low Illumination 1080P 25Fps Videolink P2P Surveillance Cctv Camera
$216.64 Mstar XMeye Pro Surveillance Video Recorder 3MP 4CH 3MP 8CH H.265+ Max 14TB Sata Audio Onvif Face Detection WIFI CCTV NVR
$11.07 MStar SSC337+GC2053 3MP 2304*1296 25FPS H.265 IP Camera Module Board 38*38mm Onvif Low illumination Radiator Audio Interface
$251.73 MStar Debug Tool Debug USB Upgrade Tool
Cover Cases for MStar Semiconductor, Inc. MStar Android TV
$22.14 4K 8/4MP 1/1.8 Inch CMOS StarLight F0.9 Lens MStar SSC378DE+SC840AI IP Camera Module Board Onvif Radiator All Color
$41.06 8MP 4K Camera Module 3840(H)*2160 (V) SONY IMX415 MJPEG H.265+ 20fps Hd Board For CCTV Camera module Danale APP Mstar Chip
$42.92 4K 8/4MP F0.9 StarLight WarmLight MStar SSC378DE+SC850AI 1/1.8 Inch CMOS IP Metal Bullet Camera All Color Low illuminance IP66
$25.1 Mstar Xmeye CCTV 8CH 9CH 16CH NVR H.265+ Network Video Recorder 16 Channel 4K NVR HDMI Output Support Onvif Cloud monitoring
$29.6 MStar 8/5/3MP 4K StarLight IMX415 Double Light IP Metal Bullet Camera 3840*2160 H.265 Onvif IRC NightVision IP66 Outdoor Black
$18.17 3MP IMX307+MStar SSC335 IP Camera Module Board IRCut 2304*1296 25fps H.265 Low illumination StarLight Onvif Radiator
$155.94 Original Mstar Burner Programmer Debug USB Driver Board Upgrade Debugging ISP Tool Tool RTD
$34.44 8MP 4K IMX415+MStar SSC338 3840*2160 20FPS H.265 IP Camera Module Board M12 Lens IR-Cut Onvif Low illumination Radiator Audio
$35.55 4K 8MP IMX415+MStar SSC338 IP Camera Module Board 3840*2160 20fps H.265 Low illumination StarLight Onvif Radiator 38*38mm
$284 Mstar XMeye Pro Surveillance Video Recorder 5MP 8CH H.265+ Max 14TB Sata Audio Onvif Face Detection WIFI CCTV NVR
$216.64 Mstar XMeye Pro Surveillance Video Recorder 3MP 4CH 3MP 8CH H.265+ Max 14TB Sata Audio Onvif Face Detection WIFI CCTV NVR
$236.88 Original Mstar Burner Programmer Debug USB Driver Board Upgrade Debugging ISP Tool Tool RTD
$34.44 8MP 4K IMX415+MStar SSC338 3840*2160 20FPS H.265 IP Camera Module Board 38*38mm Onvif Low illumination Radiator Audio Interface
$11.07 MStar SSC337+GC2053 3MP 2304*1296 25FPS H.265 IP Camera Module Board 38*38mm Onvif Low illumination Radiator Audio Interface
$127.78 2Mp Ip Camera Board Sony Imx307 Mstar SSC335 Webcam Ultral Low Illumination 1080P 25Fps Videolink P2P Surveillance Cctv Camera
$251.73 MStar Debug Tool Debug USB Upgrade Tool
$110 Ultral Hd 1080P Ip Camera Board Sony Imx307Lqr Mstar Ssc335 Webcam Night Vision Videolink P2P Onvif Rtsp Video Surveillance
$15.58 MStar SSC377+SC401AI 4MP 2560*1440 20FPS H.265 IP Camera Module Board 3.7mm Mini Lens IRcut Onvif Low illumination Radiator
$12.64 4MP MStar SSC337+SC401AI IP Camera Module Board IRCut M12 Lens 2560*1440 20fps H.265 Low illumination Onvif Radiator 38*38mm
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