俄罗斯八核处理器,1.3G频率,250G浮点能力,28NM工艺, ...
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ZAO "MCST" launched the experimental batch universal microprocessors Elbrus-8C . Rated operational frequency chip - 1.3 GHz, manufacturing technology - 28 nm, the computational power of 250 gigaflops. Getting ready-made samples of chips is expected in October 2014.
Elbrus microprocessor-8C - completely Russian development. Crystal microprocessor designed for 28 nm technology, has 8 cores with improved 64-bit architecture Elbrus third generation cache level 2, totaling 4 megabytes and third level of 16 megabytes.
Microprocessor based Elbrus-8C planned mass production servers, workstations and other computer equipment intended for use in public institutions and business structures, placing increased demands on information security, as well as for use in high-performance computing, signal processing, telecommunications. Engineering samples of 4-processor servers based on the Elbrus-8C 1 teraflops of performance will be made at the end of 2014.
Domestic architecture developed Elbrus in Russia and has some unique features. These include:
ability to perform on each core to 25 operations in a single clock cycle, which provides high performance at moderate clock frequency;
dynamic binary translation technology, to ensure the effective execution of applications and operating systems, distributed in binary codes x86, including multi-threaded;
mode support secure computing hardware with a special control structure integrity of memory, which allows a high level of information security using its software systems.
The operating system platform is OS Elbrus "Elbrus", built on the basis of kernel Linux. Programming system platform supports languages C, C + +, Java, Fortran 77, Fortran 90.
http://sdelanounas.ru/blogs/50738/
俄罗斯八核处理器,1.3G频率,250G浮点能力,28NM工艺,2014年年底出品ZAO "MCST" launched the experimental batch universal microprocessors Elbrus-8C . Rated operational frequency chip - 1.3 GHz, manufacturing technology - 28 nm, the computational power of 250 gigaflops. Getting ready-made samples of chips is expected in October 2014.
Elbrus microprocessor-8C - completely Russian development. Crystal microprocessor designed for 28 nm technology, has 8 cores with improved 64-bit architecture Elbrus third generation cache level 2, totaling 4 megabytes and third level of 16 megabytes.
Microprocessor based Elbrus-8C planned mass production servers, workstations and other computer equipment intended for use in public institutions and business structures, placing increased demands on information security, as well as for use in high-performance computing, signal processing, telecommunications. Engineering samples of 4-processor servers based on the Elbrus-8C 1 teraflops of performance will be made at the end of 2014.
Domestic architecture developed Elbrus in Russia and has some unique features. These include:
ability to perform on each core to 25 operations in a single clock cycle, which provides high performance at moderate clock frequency;
dynamic binary translation technology, to ensure the effective execution of applications and operating systems, distributed in binary codes x86, including multi-threaded;
mode support secure computing hardware with a special control structure integrity of memory, which allows a high level of information security using its software systems.
The operating system platform is OS Elbrus "Elbrus", built on the basis of kernel Linux. Programming system platform supports languages C, C + +, Java, Fortran 77, Fortran 90.
http://sdelanounas.ru/blogs/50738/
俄罗斯八核处理器,1.3G频率,250G浮点能力,28NM工艺,2014年年底出品
Elbrus microprocessor-8C - completely Russian development. Crystal microprocessor designed for 28 nm technology, has 8 cores with improved 64-bit architecture Elbrus third generation cache level 2, totaling 4 megabytes and third level of 16 megabytes.
Microprocessor based Elbrus-8C planned mass production servers, workstations and other computer equipment intended for use in public institutions and business structures, placing increased demands on information security, as well as for use in high-performance computing, signal processing, telecommunications. Engineering samples of 4-processor servers based on the Elbrus-8C 1 teraflops of performance will be made at the end of 2014.
Domestic architecture developed Elbrus in Russia and has some unique features. These include:
ability to perform on each core to 25 operations in a single clock cycle, which provides high performance at moderate clock frequency;
dynamic binary translation technology, to ensure the effective execution of applications and operating systems, distributed in binary codes x86, including multi-threaded;
mode support secure computing hardware with a special control structure integrity of memory, which allows a high level of information security using its software systems.
The operating system platform is OS Elbrus "Elbrus", built on the basis of kernel Linux. Programming system platform supports languages C, C + +, Java, Fortran 77, Fortran 90.
http://sdelanounas.ru/blogs/50738/
俄罗斯八核处理器,1.3G频率,250G浮点能力,28NM工艺,2014年年底出品ZAO "MCST" launched the experimental batch universal microprocessors Elbrus-8C . Rated operational frequency chip - 1.3 GHz, manufacturing technology - 28 nm, the computational power of 250 gigaflops. Getting ready-made samples of chips is expected in October 2014.
Elbrus microprocessor-8C - completely Russian development. Crystal microprocessor designed for 28 nm technology, has 8 cores with improved 64-bit architecture Elbrus third generation cache level 2, totaling 4 megabytes and third level of 16 megabytes.
Microprocessor based Elbrus-8C planned mass production servers, workstations and other computer equipment intended for use in public institutions and business structures, placing increased demands on information security, as well as for use in high-performance computing, signal processing, telecommunications. Engineering samples of 4-processor servers based on the Elbrus-8C 1 teraflops of performance will be made at the end of 2014.
Domestic architecture developed Elbrus in Russia and has some unique features. These include:
ability to perform on each core to 25 operations in a single clock cycle, which provides high performance at moderate clock frequency;
dynamic binary translation technology, to ensure the effective execution of applications and operating systems, distributed in binary codes x86, including multi-threaded;
mode support secure computing hardware with a special control structure integrity of memory, which allows a high level of information security using its software systems.
The operating system platform is OS Elbrus "Elbrus", built on the basis of kernel Linux. Programming system platform supports languages C, C + +, Java, Fortran 77, Fortran 90.
http://sdelanounas.ru/blogs/50738/
俄罗斯八核处理器,1.3G频率,250G浮点能力,28NM工艺,2014年年底出品
台积电代工?
不知和兔子比起来是不是牛逼些
这水平怎么样呢
4V那儿流片
牛逼吹大发了
论吹牛,好听点就是宣传,营销,中国不是差的一点半点啊
论吹牛,好听点就是宣传,营销,中国不是差的一点半点啊
才1.3,太弱了吧。。。。。
十月流片,年底就想出品?逗我?而且反正都不兼容x86,实际上的个人电脑的商用价值并不大
gmgm201 发表于 2014-6-25 22:39
台积电代工?
一般说来应该是这样吧
有这样代工能力的也就台积,联电和三星和格罗方德了吧
联电的工艺现在一般会稍差一点,
又不会找格罗方德
那就只有台积和三星了
台积电代工?
一般说来应该是这样吧
有这样代工能力的也就台积,联电和三星和格罗方德了吧
联电的工艺现在一般会稍差一点,
又不会找格罗方德
那就只有台积和三星了
Imbored 发表于 2014-6-25 22:51
十月流片,年底就想出品?逗我?而且反正都不兼容x86,实际上的个人电脑的商用价值并不大
主要是政府部门采购用的吧
十月流片,年底就想出品?逗我?而且反正都不兼容x86,实际上的个人电脑的商用价值并不大
主要是政府部门采购用的吧
看起来不错
和海思麒麟比如何?
毛子,以后别再去台积电,来找中芯。 找湾湾要排队,还要给美鬼备份资料,来中芯不存在这些问题。
毛子快看:
《国家集成电路产业发展推进纲要》公布如下:
、、、、、、、、、、、、、、、
(二)加速发展集成电路制造业。抓住技术变革的有利时机,突破投融资瓶颈,持续推动先进生产线建设。加快45/40nm芯片产能扩充,加紧32/28nm芯片生产线建设,迅速形成规模生产能力。加快立体工艺开发,推动22/20nm、16/14nm芯片生产线建设。
===========================
《国家集成电路产业发展推进纲要》公布如下:
、、、、、、、、、、、、、、、
(二)加速发展集成电路制造业。抓住技术变革的有利时机,突破投融资瓶颈,持续推动先进生产线建设。加快45/40nm芯片产能扩充,加紧32/28nm芯片生产线建设,迅速形成规模生产能力。加快立体工艺开发,推动22/20nm、16/14nm芯片生产线建设。
===========================
估计又是找意法半导体代工吧。
或者毛子自己买生产线。
22~30NM工艺的生产线,西方应该解禁了,大家都在买了。
如果这个“熊芯”上市,拿来测试下。毛子数学底子不错,设计应该还可以吧?
估计又是找意法半导体代工吧。
或者毛子自己买生产线。
22~30NM工艺的生产线,西方应该解禁了,大家都在买了。
如果这个“熊芯”上市,拿来测试下。毛子数学底子不错,设计应该还可以吧?
dddd-dh2016 发表于 2014-6-25 23:21
毛子快看:
《国家集成电路产业发展推进纲要》公布如下:
那不是规划么
实际的工艺上,
和台积比,还是落后一拍的吧
会比人家晚一段时间的
毛子快看:
《国家集成电路产业发展推进纲要》公布如下:
那不是规划么
实际的工艺上,
和台积比,还是落后一拍的吧
会比人家晚一段时间的
廪君蛮 发表于 2014-6-25 23:37
估计又是找意法半导体代工吧。
或者毛子自己买生产线。
22~30NM工艺的生产线,西方应该解禁了,大家都在 ...
22和28的,
现在还买不到吧
至少俄罗斯买不到,西方不会卖给他们的
另一方面,买了来又有什么用呢
只有较少的生产需求,
大部分时间要闲置吧
这是不划算的吧
估计又是找意法半导体代工吧。
或者毛子自己买生产线。
22~30NM工艺的生产线,西方应该解禁了,大家都在 ...
22和28的,
现在还买不到吧
至少俄罗斯买不到,西方不会卖给他们的
另一方面,买了来又有什么用呢
只有较少的生产需求,
大部分时间要闲置吧
这是不划算的吧
毛子,以后别再去台积电,来找中芯。 找湾湾要排队,还要给美鬼备份资料,来中芯不存在这些问题。
中芯28量产了吗 先回答下
中芯28量产了吗 先回答下
Ymzg 发表于 2014-6-25 23:42
那不是规划么
实际的工艺上,
和台积比,还是落后一拍的吧
中芯的28NM线,今年初就已经开始投入生产了嘛。
台积电的20NM线现在还没开始批产,试产而已,严格来说两岸已经没有明显的代差了。
中芯据说今年开始升级20NM线。 然后就上14-16NM线,算下来最多也只晚台积电一年多,已经追得很快了。
那不是规划么
实际的工艺上,
和台积比,还是落后一拍的吧
中芯的28NM线,今年初就已经开始投入生产了嘛。
台积电的20NM线现在还没开始批产,试产而已,严格来说两岸已经没有明显的代差了。
中芯据说今年开始升级20NM线。 然后就上14-16NM线,算下来最多也只晚台积电一年多,已经追得很快了。
台积电,GF,这两家的14-16NM线,最快也要到2016年才能真正投产,而且是顺利的前提下。
dddd-dh2016 发表于 2014-6-25 23:48
中芯的28NM线,今年初就已经开始投入生产了嘛。
台积电的20NM线现在还没开始批产,试产而已,严格来 ...
那还有良率和服务方面的问题
显然台积还是有一定优势的
中芯的28NM线,今年初就已经开始投入生产了嘛。
台积电的20NM线现在还没开始批产,试产而已,严格来 ...
那还有良率和服务方面的问题
显然台积还是有一定优势的
跑象棋能跑多少分啊?
仅从参数上估计的话比amx的fx6300都还差远了
仅从参数上估计的话比amx的fx6300都还差远了
ready-made samples of chips和流片之间还有不少差距吧?
台积电现在拚老命在攻10nm,15年出货,在晶片方面是赢家通知的行内规则,有10NM的谁还会去用15NM、20NM的,大陆要搞的话,直接上10NM或以下的,不信干不翻台巴子
是X86架构的么?若不是,有什么市场
是X86架构的么?若不是,有什么市场
可以用在超算上,250g的浮点吓死人了
可以用在超算上,250g的浮点吓死人了
跑象棋能跑多少分啊?
仅从参数上估计的话比amx的fx6300都还差远了
方向不同,这个应该是专攻超算方面了,浮点应该能干i7了
仅从参数上估计的话比amx的fx6300都还差远了
方向不同,这个应该是专攻超算方面了,浮点应该能干i7了
才1.3,太弱了吧。。。。。
方向不同,这个应该是专攻超算方面了,浮点应该能干i7了
方向不同,这个应该是专攻超算方面了,浮点应该能干i7了
用mtk6592打磨的么?
快把这贴转到it版吧,看了一眼回复,有些不知道说什么了。。。。
用在咱们南方会不会水冷系统是最低散热要求?
用mtk6592打磨的么?
你家的6592能够浮点战i7?
尊重一下对手会不会?
你家的6592能够浮点战i7?
尊重一下对手会不会?
毛子,以后别再去台积电,来找中芯。 找湾湾要排队,还要给美鬼备份资料,来中芯不存在这些问题。
中芯是真衷心还是假中心啊?哈哈!
中芯是真衷心还是假中心啊?哈哈!
中芯的28NM线,今年初就已经开始投入生产了嘛。
台积电的20NM线现在还没开始批产,试产而已,严格来 ...
台积电20nm不是专供苹果ip6么?不可能现在还没批产哎
台积电的20NM线现在还没开始批产,试产而已,严格来 ...
台积电20nm不是专供苹果ip6么?不可能现在还没批产哎
台积电现在拚老命在攻10nm,15年出货,在晶片方面是赢家通知的行内规则,有10NM的谁还会去用15NM、20NM的, ...
台积电都说主要生意还在40/45这块,够成熟,利润高,20出来了良率也是问题。中芯要真能稳产45,国内需求就够吃饱了
台积电都说主要生意还在40/45这块,够成熟,利润高,20出来了良率也是问题。中芯要真能稳产45,国内需求就够吃饱了
台积电28NM的产能已经饱和了,大批客户在排队,包括内地的一些单位,也给坑了。
14-16NM的制程看起来很美,但看去年到今年的情况,恐怕要比那几家代工厂的吹牛要难得多。2016年能顺利试产就不错了。
至于10NM,那太遥远了。
14-16NM的制程看起来很美,但看去年到今年的情况,恐怕要比那几家代工厂的吹牛要难得多。2016年能顺利试产就不错了。
至于10NM,那太遥远了。
sck0000 发表于 2014-6-26 05:15
台积电20nm不是专供苹果ip6么?不可能现在还没批产哎
本来俺今年还希望买到20NM制程的新显卡,终于不用搞水冷了,结果现在的情况是明年都未必能及时上市。
台积电20nm不是专供苹果ip6么?不可能现在还没批产哎
本来俺今年还希望买到20NM制程的新显卡,终于不用搞水冷了,结果现在的情况是明年都未必能及时上市。
楼主,2014年底出样片,产品得2015年。毛子打激素了?年底量产4核,这个又来8核。。。。。。。。。。。。。。
dddd-dh2016 发表于 2014-6-26 05:32
本来俺今年还希望买到20NM制程的新显卡,终于不用搞水冷了,结果现在的情况是明年都未必能及时上市。
20NM的确实还早.
不过如果只是玩游戏,现在N卡GK110架构的几款足够你用了, 只要你不搞什么3屏4K输出,任何游戏都能碾压
本来俺今年还希望买到20NM制程的新显卡,终于不用搞水冷了,结果现在的情况是明年都未必能及时上市。
20NM的确实还早.
不过如果只是玩游戏,现在N卡GK110架构的几款足够你用了, 只要你不搞什么3屏4K输出,任何游戏都能碾压
没有主板配合
不能大规模商业化啊
我现在用至强
至强的板子很多
不能大规模商业化啊
我现在用至强
至强的板子很多