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Author: s | 2025-04-25
G G Clock Repair. 154 likes. clock Repair G G Clock Service in Chelsea, ME offers a wide selection of antique and vintage clocks for sale, ranging from the 1800s to 2025, including Banjo Clocks, Carriage Clocks, Grandfather Clocks, and more.
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From master to slave synchronizes its local clock to upstream devices and provides synchronization to downstream devices. Clock Selection: G.8275.1 profile also defines an alternate BMCA that selects a clock for synchronization and port state for the local ports of all devices in the network is defined for the profile. The parameters defined as a part of the BMCA are: Clock Class Clock Accuracy Offset Scaled Log Variance Priority 2 Local Priority Clock Identity Steps Removed Port Identity Port State Decision: The port states are selected based on the alternate BMCA. Alternate BMCA: It follows the alternate BMCA dataset comparison algorithm as defined in Rec. ITU-T G.8275.1/Y.1369.1 to select the GM for the node. Packet Rates: The nominal packet rate for Announce packets is 8 packets-per-second and 16 packets-per-second for Sync/Follow-Up and Delay-Request/Delay-Response packets. Transport Mechanism: G.8275.1 profile only supports Ethernet PTP transport mechanism. Mode: G.8275.1 profile supports transport of data packets only in multicast mode. The forwarding is done based on forwardable or non-forwardable multicast MAC address. Clock Type: G.8275.1 profile supports the following clock types: Telecom Grandmaster (T-GM): Provides timing for other network devices and does not synchronize its local clock to other network devices. Telecom Time Slave Clock (T-TSC): A slave clock synchronizes its local clock to another PTP clock, but does not provide PTP synchronization to any other network devices. Telecom Boundary Clock (T-BC): Synchronizes its local clock to a T-GM or an upstream T-BC clock and provides timing information to downstream T-BC or T-TSC clocks. Note Telecom Boundary Clock (T-BC) is the only clock type supported in Cisco NX-OS Release 9.3(5). Domain Numbers: The domain numbers that can be used in a G.8275.1 profile network ranges from 24 to 43. The default domain number is 24. High Availability for PTP Stateful restarts are not supported G G Clock Repair. 154 likes. clock Repair Overview Description Target Devices Description Renesas Precision Time Protocol (PTP) Clock Manager for Linux (pcm4l) software supports IEEE 1588 and Synchronous Ethernet communication requirements to meet stringent ITU-T Network synchronization and time distribution. PTP Clock Manager is meant to complement an IEEE 1588-2008/2019 compliant PTP stack and features a clock servo and Packet Delay Variation (PDV) filter to meet the needs of ITU-T standard G.8273.4 and G.8263. While designed for use with the ClockMatrix™ synchronizers from Renesas, which support ITU-T standard G.8273.2 filtering in hardware, it can also be used with older generation devices. The PTP Clock Manager software is provided free of charge (under license) as long as it is paired with a clock synchronization device (such as the 8A34001) from Renesas.In conjunction with this software, Renesas has developed and helps maintain a PTP kernel driver in mainline Linux, creating a proven solution for managing timestamps and establishing synchronization across the network. Renesas is actively working with TSU vendors to get the PTP kernel drivers included in their software distribution. We expect customers to have the PTP kernel drivers implemented and functioning properly prior to attempting to use the PTP Clock Manager software. For designs based on Xilinx MPSoC or RFSoC, Renesas can provide ZCU102/ZCU111 files based on Vivado/PetaLinux 2018.3 and ZCU102 files based on Vivado/PetaLinux 2020.1. If more hands on assistance is required, customers should engage with sales to discuss fees applicable for such support.The primary source of the Renesas Clock Synthesizer driver set is from the Linux kernel. Our in-tree drivers can be found in the kernel source under drivers/ptp (for ptp_clockmatrix.c, ptp_clockmatrix.h, ptp_idt82p33.c and ptp_idt82p33.h) and drivers/mfd (for rsmu, rsmu_i2c and rsmu_spi). Since there is a delay to get the most recent version of the drivers accepted into the kernel and additional delay for individual distributionsComments
From master to slave synchronizes its local clock to upstream devices and provides synchronization to downstream devices. Clock Selection: G.8275.1 profile also defines an alternate BMCA that selects a clock for synchronization and port state for the local ports of all devices in the network is defined for the profile. The parameters defined as a part of the BMCA are: Clock Class Clock Accuracy Offset Scaled Log Variance Priority 2 Local Priority Clock Identity Steps Removed Port Identity Port State Decision: The port states are selected based on the alternate BMCA. Alternate BMCA: It follows the alternate BMCA dataset comparison algorithm as defined in Rec. ITU-T G.8275.1/Y.1369.1 to select the GM for the node. Packet Rates: The nominal packet rate for Announce packets is 8 packets-per-second and 16 packets-per-second for Sync/Follow-Up and Delay-Request/Delay-Response packets. Transport Mechanism: G.8275.1 profile only supports Ethernet PTP transport mechanism. Mode: G.8275.1 profile supports transport of data packets only in multicast mode. The forwarding is done based on forwardable or non-forwardable multicast MAC address. Clock Type: G.8275.1 profile supports the following clock types: Telecom Grandmaster (T-GM): Provides timing for other network devices and does not synchronize its local clock to other network devices. Telecom Time Slave Clock (T-TSC): A slave clock synchronizes its local clock to another PTP clock, but does not provide PTP synchronization to any other network devices. Telecom Boundary Clock (T-BC): Synchronizes its local clock to a T-GM or an upstream T-BC clock and provides timing information to downstream T-BC or T-TSC clocks. Note Telecom Boundary Clock (T-BC) is the only clock type supported in Cisco NX-OS Release 9.3(5). Domain Numbers: The domain numbers that can be used in a G.8275.1 profile network ranges from 24 to 43. The default domain number is 24. High Availability for PTP Stateful restarts are not supported
2025-04-11Overview Description Target Devices Description Renesas Precision Time Protocol (PTP) Clock Manager for Linux (pcm4l) software supports IEEE 1588 and Synchronous Ethernet communication requirements to meet stringent ITU-T Network synchronization and time distribution. PTP Clock Manager is meant to complement an IEEE 1588-2008/2019 compliant PTP stack and features a clock servo and Packet Delay Variation (PDV) filter to meet the needs of ITU-T standard G.8273.4 and G.8263. While designed for use with the ClockMatrix™ synchronizers from Renesas, which support ITU-T standard G.8273.2 filtering in hardware, it can also be used with older generation devices. The PTP Clock Manager software is provided free of charge (under license) as long as it is paired with a clock synchronization device (such as the 8A34001) from Renesas.In conjunction with this software, Renesas has developed and helps maintain a PTP kernel driver in mainline Linux, creating a proven solution for managing timestamps and establishing synchronization across the network. Renesas is actively working with TSU vendors to get the PTP kernel drivers included in their software distribution. We expect customers to have the PTP kernel drivers implemented and functioning properly prior to attempting to use the PTP Clock Manager software. For designs based on Xilinx MPSoC or RFSoC, Renesas can provide ZCU102/ZCU111 files based on Vivado/PetaLinux 2018.3 and ZCU102 files based on Vivado/PetaLinux 2020.1. If more hands on assistance is required, customers should engage with sales to discuss fees applicable for such support.The primary source of the Renesas Clock Synthesizer driver set is from the Linux kernel. Our in-tree drivers can be found in the kernel source under drivers/ptp (for ptp_clockmatrix.c, ptp_clockmatrix.h, ptp_idt82p33.c and ptp_idt82p33.h) and drivers/mfd (for rsmu, rsmu_i2c and rsmu_spi). Since there is a delay to get the most recent version of the drivers accepted into the kernel and additional delay for individual distributions
2025-04-22You modified it or not)How do I change fan % to fan RPM?Click on themWhen I try to apply a custom fan curve I get "BIOS rejected fan curve"TUF models from 2021 and older don't support custom fan curves at all. Most probably you didn't have them in the Armoury as well?I don't see a GPU temperature in G-helperMost probably either you are using Eco / Optimized mode and your dGPU is simply off, or your windows has put the dGPU into sleep to preserve power.I don't see app after starting itPlease check the system tray for a (G) icon. By default Windows is keen to hide all icons, so you may need to click ^ to see them all. I would advise to right click on Taskbar select TaskBar Settings -> Other System Tray icons -> Mark G-Helper to be always ON.App crashes or doesn't work properlyOpen "Event Viewer" from the start menu, go to Windows Logs -> Application and check for recent Errors mentioning G-Helper. If you see one - please post a new issue with all details from this error.Can I use the MyASUS app along with G-Helper?You can, the only problem is that MyASUS may override the battery charge limit that you set before. My advice in such a situation would be to set the same limit (i.e. 80%) in both MyASUS and G-Helper.How do I set Mute Microphone to M3?If you have the Asus Optimization Service running, it's controlled by that service (therefore G-helper doesn't interfere and doesn't touch this function). Alternatively you can stop that service - and you can bind M3 to anything you want.How do I disable Win key?Press FN + WINHow do I set different "Visual Modes"?Latest releases support Visual Modes and Color Gamuts (for models that had them in a first place).My display colors seem OFF even if I set Visual Mode to DefaultMake sure to turn off windows setting System -> Display -> Advanced Display -> Automatically Manage Color for AppsCan I overclock Nvidia GPU core / memory?Make sure that your dGPU is enabled (i.e. it's not in Eco mode). Open Fans + Power section and adjust core / memory clock offsets. They work the same as in armoury's manual mode. Please keep in mind that (unfortunately) you need admin permissions for that, and the app will ask you for them. (*)How to Undervolt GPUDue to the way the Core Clock offset works for the GPU. When you increase clock offset you undervolt it at the same time (see picture)Increase Core Clock Offset under Fans + Power -> GPU until your 3dmark / furmark / game runs stable. Start with +100, +150, +200 ... This should make your scores
2025-04-04Support for ATI Radeon HD 5900 (Hemlock), HD 5600 (Cedar), HD 5300 (Redwood) Added full support for HD 5850, HD 5770, HD 5750 GPU-Z no longer crashes on ATI ULPS enabled CrossFire configurations Fillrate Pixel, Fillrate Texel, Memory Bandwidth will now correctly recalculate when clocks change Bus Interface, ATI shader count is now periodically refreshed Added support for HD 5850 voltages Second voltage on HD 5870 correctly named VDDCI ATI clock reading code fixed Fixed default clock reading on HD 5850 Added Mutex to avoid collisions on long I2C operations Added basic detection for a lot of NVIDIA card fakes (NV41 sold as 9800 GT etc..) Added detection for ATI FireGL V7600, M92, RS880 Added detection for NVIDIA GT 130, 9600 GE, Tesla C1060, G 220, GT 220, NVS 3100, GTS 160 M, NVS 160M, NVS 150M, G105M, GT 240M, G105M, G210M, G310M, ION LE Fixed die size and transistor count on G72 M Changes for v0.3.4 - v0.3.5 ATI Radeon HD 5870 (Cypress) fully supported (includes voltage monitoring)Added or improved support for NVIDIA FX5500, 9400 GT, G73, GTS 240, GT 140, FX 1800, GT 120 (Apple), FX 380, FX 350, GTX 295 Single PCB, Quadro CX, FX 5800, FX 4800, FX 3800, GTX 180M, GTX 260M, FX 2700M, G 110M, GT 120M, GT 220M, FX 1700M, G 105M, MCP79MAdded or improved support for ATI HD 4730, HD 4650 AGP, M92, M96, M98Added clock reading for Intel i910, i915, i945, 946Added support for DDR3 detection on G9xAdded monitoring support for RV7xx based mobile chips Changes for v0.3.3 - v0.3.4 Fixed RV740 Bugs: ROP count, shader count, real-time core clock, BIOS dump sizeFixed number of transistors on RV790Fixed BIOS reading on RV790NVIDIA driver version is returned correctly on Windows 7GPU-Z should work again on Windows 2000 without PSAPI.DLLAdded voltage reading support for HD 4890Fixed default clock reading on ATI cards that have default clock Fixed GM45 to be 65 nm and DX 10.0Added release date for GTX 275Fixed GT 130M to be 55 nm and added its release date Changes for v0.3.2 - v0.3.3 Added support for RV740 (HD 4750, HD 4770) and RV790 (HD 4890)Fixed G98 shader countFixed GT200 process size calculationAdded support for GTX 275 Changes for v0.3.1 - v0.3.2 Clock reading on ATI cards fixedGT200b is now detected as 55 nmAdded detection for GeForce GT 120, GT 130, GT 130M, FX 5200, 9400 GT, 9600 GSO 512, FX 2700M, 9500 GS, Quadro FX 540M, Quadro FX 3700M, 9650M GT, Quadro FX 370M, 9400 IGP, 9300 IGP, 8200M GAdded support for S3 Chrome 500 SeriesAdded new ATI logoFixed screen corruption during screenshot of sensors tabAdded support to show lowest, highest and average reading on sensors tab (click on sensor value to switch)Fixed number of texture units on RV730Fixed Catalyst version reading Changes for v0.3.0 - v0.3.1 Fixed crash on systems without NVAPI (Win 2K, old NV drivers)Optimized RV770 BIOS reading code for speed (faster application startup)Improved voltage reading code for recent ATI cardsAdded support for fan speed monitoring on
2025-04-02