15:06:00 修改
前几天我根据二线显卡的价格下降，就预判出，N新显卡就要放出来了（关的已经够久了），果不其然，前天放出了N放出消息，将要发布880/870的消息，硬派今天就再放出了AMD或者秋季发布汤加R9&275X的消息，续N新旗舰给打脸后，这是抢先再出手打脸的表现？如果是的话，今年下半年就热闹了感兴趣的朋友可以前去观摩，俩大神大家，我等就瓜子板凳伺候，坐等掉馅饼.&&以下链接地址或秋季发布&AMD&汤加&核心台积电打造http://www.inpai.com.cn/doc/hard/208989.htm依旧28nm&GTX880/870显卡第四季度发布http://www.inpai.com.cn/doc/hard/208903.htm另附各大显卡因为库存积压建议N和AMD下调GPU价格的消息顺便连接了吧，太平洋的消息渠道已经烂了http://www.inpai.com.cn/doc/hard/208900.htm
技嘉 M52L-S3 台式电脑
Windows XP 专业版 32位 SP3 ( DirectX 9.0c )
处理器 AMD Athlon(速龙) 64 X2 双核 4200+
主板 技嘉 M52L-S3 (Nvidia nForce 430(MCP61))
内存 2 GB ( 威刚 DDR2 667MHz )
主硬盘 日立 HDS721616PLA380 ( 160 GB / 7200 转/分 )
显卡 Nvidia GeForce 8500 GT ( 256 MB / Nvidia )
同求换显卡配置。。。预算200求二手显卡
技嘉 M52L-S3 台式电脑
Windows XP 专业版 32位 SP3 ( DirectX 9.0c )
处理器 AMD Athlon(速龙) 64 X2 双核 4200+
主板 技嘉 M52L-S3 (Nvidia nForce 430(MCP61))
内存 2 GB ( 威刚 DDR2 667MHz )
主硬盘 日立 HDS721616PLA380 ( 160 GB / 7200 转/分 )
显卡 Nvidia GeForce 8500 GT ( 256 MB / Nvidia )
同求换显卡配置。。。预算200求二手显卡
&发表于&15:02&
你说你作为班副对于如今太平洋消息如此落后怎么看？经常一半个月没有变化
技嘉 M52L-S3 台式电脑
Windows XP 专业版 32位 SP3 ( DirectX 9.0c )
处理器 AMD Athlon(速龙) 64 X2 双核 4200+
主板 技嘉 M52L-S3 (Nvidia nForce 430(MCP61))
内存 2 GB ( 威刚 DDR2 667MHz )
主硬盘 日立 HDS721616PLA380 ( 160 GB / 7200 转/分 )
显卡 Nvidia GeForce 8500 GT ( 256 MB / Nvidia )
同求换显卡配置。。。预算200求二手显卡
目测又是一代马甲卡。。。
脑子能够达到I3 2120的水平，比双路E5更重要
&发表于&15:07&你说你作为班副对于如今太平洋消息如此落后怎么看？经常一半个月没有变化
编辑部的都去找女朋友了
&发表于&15:12&目测又是一代马甲卡。。。
硬派的消息是730是640的马甲..880/870就算不是也得拿出点货吧？要不怎么对付275X
技嘉 M52L-S3 台式电脑
Windows XP 专业版 32位 SP3 ( DirectX 9.0c )
处理器 AMD Athlon(速龙) 64 X2 双核 4200+
主板 技嘉 M52L-S3 (Nvidia nForce 430(MCP61))
内存 2 GB ( 威刚 DDR2 667MHz )
主硬盘 日立 HDS721616PLA380 ( 160 GB / 7200 转/分 )
显卡 Nvidia GeForce 8500 GT ( 256 MB / Nvidia )
同求换显卡配置。。。预算200求二手显卡
&发表于&15:15&硬派的消息是730是640的马甲..880/870就算不是也得拿出点货吧？要不怎么对付275X
目测是马甲中的战斗机。。。。老黄的一贯风格
脑子能够达到I3 2120的水平，比双路E5更重要
&发表于&15:12&编辑部的都去找女朋友了
都说编辑多屌丝？真假
技嘉 M52L-S3 台式电脑
Windows XP 专业版 32位 SP3 ( DirectX 9.0c )
处理器 AMD Athlon(速龙) 64 X2 双核 4200+
主板 技嘉 M52L-S3 (Nvidia nForce 430(MCP61))
内存 2 GB ( 威刚 DDR2 667MHz )
主硬盘 日立 HDS721616PLA380 ( 160 GB / 7200 转/分 )
显卡 Nvidia GeForce 8500 GT ( 256 MB / Nvidia )
同求换显卡配置。。。预算200求二手显卡
&发表于&15:32&目测是马甲中的战斗机。。。。老黄的一贯风格
我看好戏还是要到后半年了，最近也就降价大处理
技嘉 M52L-S3 台式电脑
Windows XP 专业版 32位 SP3 ( DirectX 9.0c )
处理器 AMD Athlon(速龙) 64 X2 双核 4200+
主板 技嘉 M52L-S3 (Nvidia nForce 430(MCP61))
内存 2 GB ( 威刚 DDR2 667MHz )
主硬盘 日立 HDS721616PLA380 ( 160 GB / 7200 转/分 )
显卡 Nvidia GeForce 8500 GT ( 256 MB / Nvidia )
同求换显卡配置。。。预算200求二手显卡
您需要登录后才可以发帖
其他登录方式：NVIDIA和AMD同时盯上了GDDR6显存，下一代中端显卡之战来了-控制器/处理器-与非网
12月5日消息： 将在2018年CES上发布 采用显存的新一代显卡，现在它的竞争对手AMD似乎也要跟进这项技术。
据外媒报道， AMD正在积极研发，希望在下一代显卡中使用 GDDR6技术。外媒表示：& AMD下一代高端显卡将继续使用显存，但下一代中端显卡有很大可能会使用GDDR6显存技术。 &
当然这些都需要存储厂商的支持， 三星、镁光和海力士都表示将生产 功耗更低的显存，其中三星直接 公开了GDDR6 16GB显存 的 资料。
不管怎么样，两大独立显卡厂商都表达了使用 GDDR6 16GB显存 的意向，所以这个趋势基本也就确定了，只希望价格不要太高。&
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享受快时代的精品慢阅读
看起来Nvidia吸引人眼球的不止是核弹，近来一桩关于NV被指组建不正当竞争联盟，伤害消费者权益的事件，引发了人们的关注。
发表于： 11:16:44
近期加密货币挖矿热潮带动对NVIDIA及超微(AMD)高端显卡需求量大增及价涨，这导致NVIDIA及超微供货不及市场需求涌现，因应此情况，NVIDIA近日曾要求零售商显卡优先供货给游戏玩家、实施限购策略以保护核心客群需求，超微则是宣布将加速生产更多GPU来缓解市场需求。
发表于： 08:40:02
据报道，NVIDIA Corporation执行长黄仁勋8日在财报电话会议上表示、正与合作伙伴努力设法让供给追赶上需求。 在加密货币相关需求以及任天堂Switch游戏机大卖的带动下，NVIDIA 2018会计年度(截至日为止)游戏相关销售额年增33% 至创纪录的55亿美元。
发表于： 09:25:38
习惯搞大新闻的德国媒体两天前曾经爆料，在今年4月12日推出基于新一代Ampere（安培）架构的GTX 2080、GTX 2070显卡，性能提升将会再次跃升一个台阶，比方说GTX 2080拥有GTX 1080 Ti显卡以上的性能，那挖矿性能岂不是更加强大？
发表于： 13:07:15
NVIDIA(辉达)宣布与德国汽车科技公司Continental合作，以NVIDIA DRIVE 平台为基础发展AI自驾车系统，产品预计在2021年问市。
发表于： 09:17:01
根据 《路透社》 的报导，华尔街分析师表示，就在收购移动芯片大厂高通 （Qualcomm） 的交易遭到美国总统特朗普的阻止后，博通很可能转而收购美国的芯片厂商赛灵思 (Xilinx) 以及以色列的科技公司 Mellanox。
发表于： 09:18:41
移动应用、基础设施与航空航天、国防应用中RF解决方案的领先供应商 Qorvo, Inc.致力于通过加强现有移动蜂窝网络的连接性能，进一步降低网络供应商部署物联网的难度。
发表于： 17:04:40
全球领先的半导体解决方案供应商萨瑞电子株式会社（TSE：6723）今日宣布，与阿里巴巴（NYSE：BABA）旗下云计算科技公司阿里云合作，加速以阿里物联网操作系统AliOS 为基础的物联网解决方案的开发，为中国物联网发展做出贡献。
发表于： 17:03:23
在天安门正南50公里的固安产业新城已悄然崛起了以云谷（固安）第6代AMOLED生产线、京东方、翌光科技、鼎材科技为代表的新型显示产业集群，不断刷新着新型显示产业的“中国高度”。
发表于： 11:20:29
?据美国有线电视新闻网北京时间3月13日报道，在当地时间星期一发布的一份行政令中，美国总统特朗普表示，有“可靠证据”表明，博通及其险情公司“可能会采取危及美国国家安全的措施”。
发表于： 11:10:26
与非门科技(北京)有限公司 All Rights Reserved.
京ICP证:070212号
北京市公安局备案编号： 京ICP备：号主流显卡核心的挖矿效率简要对比：
ATI系列显卡
HD 6570 | 速率 78.5 MHash/S
HD 6670 | 速率 96.9 MHash/S
HD 6750 | 速率 156.3 MHash/S
HD 6770 | 速率 182.3 MHash/S
HD 6790 | 速率 182.5 MHash/S
HD 5870 | 速率 343.2 MHash/S
HD 6950 | 速率 299.3 MHash/S
HD 6970 | 速率 355.1 MHash/S
HD 6990 | 速率 714.8 MHash/S
HD 7950 | 速率 453.7 MHash/S
HD 7970 | 速率 566.2 MHash/S
HD 7990 | 速率 1073.5 MHash/S
NVIDIA系列显卡
GTX 285 | 速率 56.1 MHash/S
GTX 460 | 速率 71.1 MHash/S
GTX 570 | 速率 124.2 MHash/S
GTX TITAN | 速率 302.4 MHash/S
在挖矿的效率对比上，同样价格的N系列显卡完全比不上A系列显卡，这是由显卡的设计架构决定的。
ATI (AMD) GPUs
cgminer 2.6.3
threads=1 intensity=10
cgminer 2.11.4
GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
threads=1 intensity=13 temp=64C Windows 7 64-bit
cgminer 2.11.4
GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
threads=1 intensity=14 temp=68C Windows 7 64-bit
cgminer 2.11.4
GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
threads=1 intensity=15 temp=71C Windows 7 64-bit
guiminer-scrypt v0.03/cgminer
Threads=1 Worksize=128 Vectors=1
Thread_concurrency=3200 Intensity=16 Extra flags: –gpu-engine 650
–gpu-memclock 993 -auto-fan
cgminer 2.6.3
GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
fan=100 voltage=1.25 memclock=490 engine=830 engineshaders=800 thread-concurrency=6144
lookup-gap=2 threads=1 intensity=15 temp=62C Xubuntu 12.04 x64 repo
ATI drivers and SDK 2.6http://goo.gl/vP3G9
cgminer 2.7.5
Powercolor HD002-103
Win 7 x64 Catalyst 12.4 SDK 2.7 72 C Fanspeed 55% VDDC 1.312 –thread-concurrency
6400 –gpu-threads 1 –intensity 15 –lookup-gap 2 –worksize 128
–no-submit-stale –auto-fan –temp-target 75 –gpu-engine 835-835
–gpu-memclock 575
cgminer 2.11.3
–intensity 18 –lookup-gap 2
–shaders 80 –worksize 256 // Arch linux, Catalyst 13.1-4
cgminer 2.11.3
–intensity 16 -g 1 –thread-concurrency
4320 –lookup-gap 2 –worksize 256 GPU overclocked via MSI Afterburner,
at stock ~143 kHash/s, Win7 x64
cgminer 2.6.1
–shaders 800 –intensity 18 –worksize
256 –lookup-gap 2 –auto-gpu –auto-fan @ Debian Linux
Reaper V13 Beta 4 x644
256Work, Agg 17, 4 GPU Threads,
cgminer 2.6.4
GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
fan=auto memclock=1250 engine=950 lookup-gap=2 threads=1 intensity=20
Reaper v13 Beta
Worksize 64, Aggression 18
cgminer 2.11.3
Ubuntu Server 12.04 x64, driver
11.11, APP SDK 2.5, GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
fan=auto memclock=1250 engine=917 lookup-gap=2 threads=1 intensity=20
shaders=1120 thread_concurrency=5600
Reaper v13 Beta 4 x86
256 Worksize, Aggression 15, gpu_thread_concurrency
6500, BAMT Linux x86, Catalyst 12.6, SDK 2.6
Reaper v13 Beta 4 x64
256 Worksize, Aggression 18, gpu_thread_concurrency
6500, Win7 x64, Catalyst 12.6, SDK 2.6
Reaper v13 Beta 4 x64
256 Worksize, Aggression 18, gpu_thread_concurrency
6500, Win7 x64, Catalyst 12.6, SDK 2.6
GUIMiner-scrypt alpha – latest
version 04/13
128 Worksize, Intensity 19, gpu_thread_concurrency
5824, Win7 x64, Catalyst 13.1, SDK 2.5, ASUS EAH DIRECTCU, very
stable at these settings for this card
cgminer-2.11.3-win32
cgminer –scrypt -o –worksize 256 –lookup-gap 2 –thread-concurrency
5760 -g 1 –intensity 19 (Stale .50-1%). Win7 x64, 13.2B7ccc, SDK
13.2B7 supplied, pekv2
cgminer-2.11.3-win32
cgminer –scrypt -o –worksize 256 –lookup-gap 2 –thread-concurrency
5760 -g 1 –intensity 19 (Stale .50-1%). Win7 x64, 13.2B7ccc, SDK
13.2B7 supplied, pekv2
Reaper v13 Beta
Reaper v13 Beta
XFX board, 5 GPU Threads @ Aggression
cgminer 2.6.1
–shaders 1600 –intensity 18
–worksize 256 –lookup-gap 2 –auto-fan –auto-gpu @ Debian Linux
cgminer 2.11.3
cgminer –scrypt -o –shaders
1600 –intensity 18 –worksize 256 -g 1 –thread-concurrency 7168
cgminer 2.11.3 via guiminer scrypt
sapphire card, 1 gpu thread, 7500
thread concurrency, agression 18, worksize 256, win 7 64-bit
Reaper v13 Beta
Refference card, 5 GPU Threads
@ Aggression 18
Reaper v13 Beta
5 GPU Threads @ Aggression 17
Reaper v13 Beta
worksize 256 @ aggression 16 @
threads_per_gpu 1 @ sharethreads 10 @ lookup_gap 2 @ gpu_thread_concurrency
cgminer 2.11.3
Ubuntu Server 12.04 x64, driver
11.11, APP SDK 2.5, GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
fan=auto memclock=1250 engine=944 lookup-gap=2 threads=1 intensity=20
shaders=1600 thread_concurrency=8000 worksize=128
cgminer 2.11.3
Intensity 9
cgminer 2.11.3
I12, Worksize 64 (E-450 APU, Shared
Reaper v13 Beta 4
worksize 64, aggression max, threads_per_gpu
2, sharethreads 6, lookup_gap 2, gpu_thread_concurrency 640,
cgminer 2.11.3
–intensity 9 –worksize 64 -g
1 (Proof:http://i.imgur.com/WMX3iI6.png )
cgminer version 2.10.5
@ 256 Worksize @ Aggression 16
@ gpu_thread_concurrency 5760
GUIMiner scrypt 0.03, Reaper v13
Worksize: 256, Thread concurrency:
5760, Intensity: 16, Vectors: 1, GPU threads: 2
GUIMiner-scrypt alpha v0.2
@ 128 Worksize @ intensity 16
@ gpu_thread_concurrency 4096 @ i GPU thread @ 1 Vector
Reaper v13 Beta
@ 256 Worksize @ Aggression 16
@ gpu_thread_concurrency 3100
Reaper v13 Beta 4
@ 256 Worksize @ Aggression 11
@ gap 2 @ gpu_thread_concurrency 3096 // MSI Default Clock
export GPU_USE_SYNC_OBJECTS=1
export GPU_MAX_ALLOC_PERCENT=100 ; –scrypt –worksize 256 –lookup-gap
2 –thread-concurrency 8192 -g 1 –intensity 18 ; Gentoo x64, driver
12.6, SDK 2.7
Reaper v13 Beta 4 x64
256 Worksize, Aggression 18, gpu_thread_concurrency
6144, Win7 x64, Catalyst 12.6, SDK 2.6
cgminer 2.11.4
256 Worksize, Aggression 18, gpu_thread_concurrency
6144, Win8 x64, Catalyst 13.1
Reaper v13 Beta
2 GPU Threads @ 256 Worksize @
Aggression 17
Reaper v13 Beta
2 GPU Threads @ 128 Worksize @
Aggression 17
250W (load)
cgminer 2.11.4
-I 17 –worksize 128 –shaders
960 –thread-concurrency 6144
export GPU_USE_SYNC_OBJECTS=1
export GPU_MAX_ALLOC_PERCENT=100 ; –scrypt –worksize 256 –lookup-gap
2 –thread-concurrency 8192 -g 1 –intensity 19 ; Gentoo x64, driver
12.6, SDK 2.7
cgminer 2.7.5
XFX Black Edition 113-687AZNB-10
Win 7 x64 Catalyst 12.4 SDK 2.7 75 C Fanspeed 70% VDDC 1.250 –thread-concurrency
6720 –gpu-threads 1 –intensity 18 –lookup-gap 2 –worksize 64
–no-submit-stale –auto-fan –temp-target 75 –gpu-engine
–gpu-memclock 1150
export GPU_USE_SYNC_OBJECTS=1
export GPU_MAX_ALLOC_PERCENT=100 ; –scrypt –worksize 256 –lookup-gap
2 –thread-concurrency 8192 -g 1 –intensity 18 ; Gentoo x64, driver
12.6, SDK 2.7
Reaper v13 Beta
Stock Shaders @ Aggression 18,
gpu_thread_concurrency 5632
cgminer 2.11.4 win7
–worksize 256 –lookup-gap 2
–thread-concurrency 7040 -g 1 –intensity 19
cgminer 2.11.4
stock shaders, thread_concurrency=8064,
Intensity=18 , worksize was 256 by default, 4GB RAM, VisionTek 1GB
Reaper v13 Beta 4
Stock Shaders @ 256 Worksize,
Aggression 19, gpu_thread_concurrency 8192
Reaper v13 Beta 1
aggression 16 threads_per_gpu
2 sharethreads 10 lookup_gap 2 gpu_thread_concurrency 6144 /zhezhe
cgminer 2.11.4 win7
–worksize 256 –lookup-gap 2
–gpu-engine 900 –gpu-memclock 1375 –thread-concurrency 7040 -g
1 –intensity 19
Reaper v13 Beta 4
Shaders Unlocked (not 6970 bios),
256 Worksize, Aggression 18, threads_per_gpu 2, sharethreads 4,
lookup_gap 2, gpu_thread_concurrency 6144, long_polling yes
Reaper v13 Beta 4
aggression 18 threads_per_gpu
2 (4 when cpu mining prevents loss of hashrate with all cpu cores
fully loaded) worksize 256 sharethreads 4 lookup_gap 2 gpu_thread_concurrency
8144 Sapphire toxic 1536 SP
Reaper v13 Beta 4
Shaders Unlocked (not 6970 bios)
@ 256 Worksize, Aggression 19, gpu_thread_concurrency 8192
cgminer v 2.11.4
–scrypt –worksize 256 -g 2 -I
15 –lookup-gap 2 –gpu-engine 900 –gpu-memclock 1375 –shaders
1564 — Card is a Gigabyte GV-R697OC-2GD, Temp: 67.0°C, Catalyst
13.1 Proof:http://img402.imageshack.us/img402/1.jpg
Reaper v13 Beta 4
worksize: 256, vectors: 1, aggression:
20, threads per gpu: 1, sharethreads: 32, lookup gap: 2, gpu thread
concurrency: 16256, Win 7 x64, 13.1 drivers, Fan set at 90%, week
average- steady around 478-482 throughout, temperature 70 degrees
C, room ambient is 18 degrees C,
CgMiner 2.11.4
Win 7 x86 Catalyst 12.4 SDK 2.7
Reaper v13 Beta 4
aggression 17 / threads_per_gpu
1 worksize 256 / sharethreads 24 / lookup_gap 2 / gpu_thread_concurrency
8144 (stale ~ 6,5%) (100% fan Arctic Cooling Accelero Twin Turbo
Reaper v13 Beta 4
aggression 17 / threads_per_gpu
1 worksize 256 / sharethreads 24 / lookup_gap 2 / gpu_thread_concurrency
8144 (stale ~ 4,5%) (100% fan Arctic Cooling Accelero Twin Turbo
cgminer 2.11.4
–thread-concurrency 2096 -I 15
-g 1 -w 64
Intensity: 11
cgminer 2.11.3
GPU_MAX_ALLOC_PERCENT=100 GPU_USE_SYNC_OBJECTS=1
–scrypt –intensity 11 –shaders 512 –gpu-threads 2 –worksize
64, Kubuntu 12.04 amd64, Catalyst 13.1, default clocks, desktop
fully usable. Higher or lower intensity is useless. Proof:http://i.imgur.com/V3zbcjU.png
cgminer 2.11.3
GPU_MAX_ALLOC_PERCENT=100 –scrypt
–intensity 11 –shaders 512 –gpu-threads 2 –worksize 64, Win7
x64 amd A8 black edition, Catalyst 13.1, MSI AB O/C to ,
thanks to the guy above me for most of the settings
cgminer 2.11.4
–intensity 12 –temp-target 69
–auto-fan –auto-gpu
Reaper v13 Beta 4
@ 256 Worksize @ Aggression 16
@ threads_per_gpu 1 @ sharethreads 2 @ lookup_gap 2 @ gpu_thread_concurrency
6144 // Default Clock
Reaper v13 Beta 4
worksize 256 aggression 18 threads_per_gpu
1 sharethreads 24 lookup_gap 2 gpu_thread_concurrency 8000
cgminer 2.11.3
Intensity 17 @ gpu_thread_concurrency
cgminer 2.11.3
-I 17 –worksize 128 –thread-concurrency
8000 –gpu-engine 830 –gpu-memclock 1500 -G 1
Reaper v13 Beta 4
Intensity 19 (8192 threads) (Only
stable/fast at intensity 11(0)/19(8192))
cgminer 2.10.5
Intensity 13 (any higher gives
lower hashrate) all other cgminer settings are default
cgminer 2.11.3
Intensity 17, voltage 1.0v
cgminer 2.11.4
-I 17 –worksize 256 –thread-concurrency
8192 -v 1 –shaders 1024 (Win7 x64, Catalyst 13.1, Athlon64 X2 4000+
2.1GHz, RAM 2Gb, HIS 7850 2Gb)
cgminer 2.11.4
–intensity 19 –thread-concurrency
27164 (Win7 x64, Catalyst 13.1, A10-GHz, RAM 8Gb, ASUS
7850 2Gb V2, use GPU_MAX_ALLOC_PERCENT 100 & GPU_USE_SYNC_OBJECTS
cgminer 2.11.4
–gpu-engine 1200 –gpu-memclock
1365 –gpu-fan 25-55 –thread-concurrency 16000 –shaders 1024 –intensity
19 (Win7 x64, Catalyst 13.1, A10-GHz, RAM 8Gb, ASUS 7850
2Gb V2, use GPU_MAX_ALLOC_PERCENT 100 & GPU_USE_SYNC_OBJECTS
cgminer 2.11.3
-I 19 –worksize 256 –thread-concurrency
16000 –gpu-engine 1200 –gpu-memclock 1365 -G 1
Reaper v13 Beta
(SAPPHIRE 7870 GHZ EDITION, Windows
7 x64, Catalyst 13.3 Beta) (GPU Temp 65C, FAN 61%) worksize 256,
intensity 18, threads_per_gpu 1, sharethreads 20, lookup_gap: 2,
thread_concurrency 15232
cgminer 2.11.4
TC 14208, WS 256, Intensity 19,
7870 Ghz Interactive
cgminer 2.11.4
Intensity 12, , tc: 8192, g: 2,
lg: 2, ws: 256
7870 Ghz Interactive
400kH/s 350WU/m
cgminer 2.11.3
Intensity 12, voltage 1.219v,
tc: 8192, g: 2, lg: 2, ws: 256
7870 Ghz Overnight
cgminer 2.11.3
Intensity 18, voltage 1.219v,
tc: 15232, g: 1, lg: 2, ws: 256
7870 Ghz Overnight
cgminer 2.11.4
Intensity 19, tc: 14208, lg: 2,
cgminer 2.11.4
-I 20 –thread-concurrency 24768
–worksize 256 Win7, 13.3 beta drivers (Currently running avg :
1.2 Mh/s with 2x).
–shaders 1792 -I 20 -w 256 –lookup-gap
2 –thread-concurrency 24000 -g 1 Win7, 13.2 drivers (Currently
running avg : 1.2 Mh/s with 2x).
Reaper v13 Beta 4
256 Worksize, vectors 1, Aggression
18, threads_per_gpu 1, sharethreads 32, lookup_gap 2, gpu_thread_concurrency
24576. Win7, 13.2 drivers, 1100mV, 1025core, 1480mem (Currently
running 1200+ kh/s with 2x).
cgminer 2.11.4
–shaders 1792 -I 19 -w 256 –lookup-gap
2 –thread-concurrency 24000 -g 1 Windows 7, Catalyst 13.2, temps
sitting at 77/78c with fan on 100%
cgminer 2.11.13
–shaders 1792 –gpu-engine 1075
–gpu-memclock 1650 –temp-target 75 -I 20 -w 256 –lookup-gap 2
–thread-concurrency 21712 -g 1 Win8, 13.3 beta drivers
Reaper v13 Beta 4
@ 256 Worksize @ vectors 1 @ Aggression
20 @ threads_per_gpu 1 @ sharethreads 32 @ lookup_gap 2 @ gpu_thread_concurrency
reaper v13 beta 4
Aggression 20, GPU Thread Concurrency:
24768, Vectors: 1, Lookup Gap: 2, Work Size: 256, Share Threads:
32, Threads Per GPU: 1, avg temp: 83 degrees C (air conditioned
server room – ambient 18 degrees), 13.1 drivers, Win7 x64, fan speed
set to 90%, is an XFX Black Edition (Factory OC’d- and then tweaked
with MSI AfterBurner)- speed quoted is average over a week.
Reaper v13 Beta 4
@ 256 Worksize @ vectors 1 @ Aggression
13 @ threads_per_gpu 1 @ sharethreads 32 @ lookup_gap 2 @ gpu_thread_concurrency
24576 — RAM OC’d to 1866MHz (Affect unknown), 13.2 drivers. A higher
aggression results in lag and a lower rate. Full build:http://pcpartpicker.com/p/CLNL Would love to see
the magic formula for 600KHash/s+
cgminer 2.11.4
-g 2 -I 18 -w 256 –gpu-powertune
20 –lookup-gap 2 –shaders 2048 –gpu-memclock 1900 –gpu-engine
1050. Card is XFX Radeon HD 7970 Double D 3GB DDR5 2XmDP HDMI
cgminer 2.10.4
–shaders 2048 –thread-concurrency
8192 -I 13 -g 2 -w 256 Card is a Gigabyte GV-R797OC-3GD, Catalyst
12.10. Wattage measured approx. with killawatt-ez. Operating temp
is 72C. OC done with MSi Afterburner. GUI interaction/100% cpu lowers
hashrate slightly.
Reaper v13 Beta 4
@ 256 Worksize @ vectors 1 @ Aggression
13 @ threads_per_gpu 1 @ sharethreads 28 @ lookup_gap 2 @ gpu_thread_concurrency
2 drivers. — Gigabyte GV-R797OC-3GD (GPU & RAM overclocked)
cgminer v 2.11.3
–scrypt –gpu-engine 1130 –gpu-memclock
1900 –shaders 2048 –thread-concurrency 8192 -I 13 -g 2 -w 256
— Diamond reference card, full watercooled block, running at 1.150V
@ 43C. Proof: http://imm.io/12eCR
cgminer v 2.11.2
–scrypt –worksize 256 -g 2 -I
13 –lookup-gap 2 –gpu-engine 1085 –gpu-memclock 1500 –shaders
2048 — Card is a Gigabyte GV-R797OC-3GD, Temp: 70.0°C, 1.170V,
Catalyst 13.1
cgminer v 2.11.4
–scrypt –worksize 256 -g 2 -I
13 –lookup-gap 2 –gpu-engine 1100 –gpu-memclock 1500 –shaders
2048 — Card is a Gigabyte GV-R797TO-3GD, Temp: 82.0°C, 1.250V,
Catalyst 13.1 Proof:http://img402.imageshack.us/img402/1.jpg
cgminer v 2.11.4
–scrypt –shaders 2048 –thread-concurrency
8192 -I 13 -g 2 -w 256 2 Gigabyte Windforce cards, air cooled. Top
card 85C, bottom card 66C. Catalyst 13.1. Display Driver 9.12. Proof:
http://i.imgur.com/lKHVJXN.png