酷冷至尊首席执行官Jimmy表示，很高兴能与英飞凌合作，将对方的半导体技术导入于电源产品，全面提升产品的性能与质量。这次双方强强连手，展现了酷冷至尊致力于提供高性能解决方案，满足客户需求的承诺，在为其电源产品提供高效电源和创新的散热管理方面是一次重大的跃进。

创新特性和优势：

进阶散热系统 - 酷冷至尊自有研发散热解决方案与英飞凌的全面性电源系统相结合，提升了散热效率，使高功率电源型号实现无风扇设计。

高转换效率 - 英飞凌的电源组件，包括LLC控制器和功率分离式组件，确保最佳的电源转换，支持硅和碳化硅 (SiC) 技术。

静音性能 - X Silent系列的无风扇设计消除了噪音和灰尘问题，提供安静的数字体验。

数字监测 - 配备MasterCTRL软件，这系列电源提供先进的数字监测功能。

目前酷冷至尊的X系列电源包括：Edge Platinum 850W / 1100W (230V)，业界首款提供850W和1100W的无风扇电源，集成了酷冷至尊自研散热解决方案和英飞凌的组件，提供高功率效能并减少灰尘与噪音；MAX Platinum 1300W，配备酷冷至尊独有的莫比乌斯风扇；X Mighty Platinum 2000W (230V)，峰值功率可达4000W，PMBus接口和数字监测功能使其非常适合高端工作站和多GPU设备。

Elite 301系列机箱不单在前面板做了大面积的散热开孔，电源仓顶部同样留有散热开孔，让电源能以两种朝向安装。除了前面板，机箱的电源进风位、顶部均配有防尘网。I/O接口方面则配备了一个USB 3.2 Gen1 Type-C接口、一个USB 3.2 Gen1 Type-A接口、一个3.5mm耳麦接口、以及开关和重启键。

此外，Elite 301系列机箱均有标配风扇。其中，标准版在预装了三把酷冷至尊自家的CF120 ARGB风扇在前置风扇位，Lite侧透版仅给到一把无光120mm风扇在后置风扇位，Lite无侧透版则是分别在前面和后面预装了两把和一把无光120mm风扇。

预览var tableid = settableid(); document.write(''); Table().init({ title: "机箱规格参数", header: ["型号", "酷冷至尊 Elite 301 "], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["机身设计", "黑色、白色"], ["材质", "塑料、钢材、钢化玻璃"], ["产品尺寸（长*宽*高）", "390*203.5*430mm（包含凸出部分）377*203.5*410mm（不包含凸出部分）"], ["主板支持", "MATX/ITX"], ["硬盘位", "3.5/2.5英寸HDD*12.5英寸HDD*1"], ["PCI-E卡槽", "4槽"], ["I/O接口", "USB 3.2 Gen1 Type-C*1，USB 3.2 Gen1 Type-A*1，3.5mm音频接口*1"], ["风扇支持","前置：120mm*3后置：120mm*1顶置：120mm*2/140mm*2"], ["风扇预装","标准版：前置CF120 ARGB风扇*3Lite侧透版：后置120mm无光风扇*1Lite无侧透版：前置120mm无光风扇*2，后置120mm无光风扇*1"], ["水冷排支持","前置：120/240mm*1后置：120mm*1顶置：120/240/280mm*1"], ["CPU散热器限高", "163.5mm"], ["显卡限制", "最长365mm（不安装前置风扇和冷排）"], ["电源支持", "ATX（限长160mm）"], ["背部理线高度", "18.5mm"], ["防尘网", "顶置，底置，前置"], ["保修年限", "2年"] ] });

MasterLiquid 360 冰界 幻屏搭载了2.1英寸LCD显示屏，可以通过酷冷至尊自主研发的MasterCTRL软件实现定制化。水冷头沿用了标志性的六边双腔体设计，带有二代ARGB灯效，采用了第十代 GEN X 双腔体机构，并对内部水路进行了优化，冷热水分层流动，散热效率和水冷头使用寿命大幅提升。搭配的是莫比乌斯120P ARGB风扇，不但有着更强的能效，而且采用了二代灯珠，可实现每一颗灯珠的单独控制。

预览var tableid = settableid();            document.write('');            Table().init({                title: "酷冷至尊 一体式水冷散热器 规格参数",                header:["项目", "MasterLiquid 360 冰界 幻屏"],                width: '60%',                columnWidth: 'AUTO', //表格宽度，"AVG"平均，"AUTO"自动（默认），指定[15,16,20]                id: tableid,                data: [               ["冷排尺寸", "394 x 119.6 x 27.2 mm"],         ["冷管长度", "410 mm"],                  ["水冷头尺寸", "88.3 x 83.6 x 65.7 mm"],                ["水泵转速", "3400±10% RPM"],           ["水泵噪音", "20 dB(A)"], ["导液管长度", "390mm"],                ["冷排风扇数量","3"],               ["风扇型号", "莫比乌斯120P ARGB"],                      ["风扇尺寸", "120×120×25 mm"],              ["风扇轴承", "Loop dynamic bearing"],                    ["风扇转速", "0～2400±10% RPM"],                ["风量", "75.2 CFM"],                ["风压", "3.63 mmH2O"],                ["风扇噪音", "30 dB(A)"],         ["接口", "4-Pin PWM"],                   ["支持平台", "Intel LGA 115x/1200/1700AMD AM4/AM5"],                                           ["保修", "6年"],                                ]            });

GP27QP采用了三面微边屏幕设计，专注于快速流畅的画面和色彩鲜艳度，并为长时间使用的用户提供了舒适感，进一步提升工作和娱乐体验。其采用了27英寸VA面板，支持mini LED技术，带有1152个背光分区，色深为10bit，可视角度为178度（水平和垂直），分辨率为2K（2560×1440），刷新率为240Hz，响应时间GtG和MPRT分别为5ms和1ms，典型亮度为350尼特，对比度为2500:1，并得到了VESA DisplayHDR 1000认证。

该款显示器带有防眩光设计，支持低蓝光技术，让用户在深夜玩游戏或工作时再也不用担心眼睛疲劳。同时还带有PIP/PBP功能，让用户在使用上有更多的选择，提升了便利性。由于支持Adaptive Sync自适应同步技术，可以消除画面撕裂卡顿，让游戏更流畅且稳定。

GP27QP拥有两个HDMI 2.1接口、两个DisplayPort 1.4接口、一个USB Type-C接口（提供96W PD供电）、以及一个音频插孔，并带有USB集线器功能，提供了三个USB 3.0接口，提供了双3W扬声器。配备了人体工学支架，具有0至150mm升降高度、-30°至30°水平旋转、-5°至20°前后俯仰、以及-90°至90°垂直旋转的调节。此外，还支持100 x 100 mm规格的VESA壁挂，便于玩家使用悬臂支架。

if (IsMobile()) { jQuery("iframe").attr("width", "100%"); jQuery("iframe").attr("height", jQuery("#post_body").width() * 9 / 16); } else jQuery("iframe").attr("height", jQuery("#post_body").width() * 9 / 16 + 120);手机通道：哔哩哔哩

外观规格介绍酷冷至尊 V PLATINUM 1600 V2设计理念为“次世代”的全模组电源产品，官方介绍称这款电源旨在满足用户对下一代游戏及机器学习的需求，所以这款电源无论是额定功率、接口数量亦或是设计细节都“配置拉满”。当工作在115-220V的输入电压时，酷冷至尊 V PLATINUM 1600 V2的额定功率为1600W。在接口数量方面，这款电源配备了5个6+2PIN PCIE接口、2个4+4PIN CPU接口以及2个12V-2×6的原生PCIE 5.1接口，足以满足大部分高端平台的使用需求。此外在线缆方面，这款酷冷至尊 V PLATINUM 1600 V2原装的12V-2×6线缆配有90°弯折连接器，更方便用户理线。在设计细节方面，酷冷至尊 V PLATINUM 1600 V2采用了全日系电容，搭配了紫色的阳极镀层散热片以及酷冷高端的莫比乌斯风扇，并且为了保障用户可以将这款电源延续至下一代平台使用，酷冷至尊 V PLATINUM 1600 V2为用户提供了12年质保服务。

预览var tableid = settableid();            document.write('');            Table().init({                header:["酷冷至尊V PLATINUM 1600 V2电源规格参数"],                width: '92%',                columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20]                id: tableid,                data:[ ["基本规格",""], ["型号","MPZ-G002-AFAP"], ["额定功率","1600W"], ["结构","交错式PFC + 半桥LLC谐振 + 同步整流 + DC-DC"], ["AC输入","100~240Vac / 16~8A / 50~60Hz"], ["效率认证","80Plus白金牌"], ["尺寸","160 * 150 * 86 mm"], ["净重","2.21 Kg"], ["风扇","135mm莫比乌斯风扇风扇"], ["质保","12年"], ["售价","2299元"], ["DC输出",""], ["电压","+3.3V","+5V","+12V","-12V","+5Vsb"], ["最大电流","20A","20A","133.3A","0.3A","3A"], ["联合功率","120W","---","1600W","3.6W","15W"], ["接口数量",""], ["24pin主供电","1个",], ["4+4pin CPU供电","2个",], ["6+2pin PCI-E供电","5个",], ["12+4pin 12VHPWR供电","2个",], ["SATA供电","16个",], ["D型4pin供电","4个",] ] });除去上述突出的规格参数，酷冷至尊 V PLATINUM 1600 V2在外观设计方面同样十分用心，电源正面采用了蜂窝状的风扇格栅，同时配有一条标志着酷冷至尊的紫色直线贯穿正面及侧面，配合藏青色的莫比乌斯风扇让电源正面十分吸睛。而在机身侧面，这款电源的外壳做了下凹式设计，让电源在视觉上更具立体感。

预览var istart = 1; //通过编号生成，图片开始的编号，不强求连续，但尽量连续编号，小图+s，如1s；            // var istart=['1','2','3','4','5','6'];   //通过文件名生成，大图文件名，不含后缀，小图以s结尾            var ilast = 6; //结束图片的编号，如果是文件名生成，这个数字不用改            var tips = []; //图片说明，按顺序列，没有就空着            var iurl = "Ly9pbWcuZXhwcmV2aWV3LmNvbS9yZXZpZXcvMjAyNC8wNC9DT09MSU5HLVZQLTE2MDAtVjIvZXhwdG9fbWFyay9QMi8="; //图片目录            var col = 3; //列数，一排几张图，1 2 3 4可选            var nomore = 0; //大小图是否一样，1为一样，不需要s后缀的小图，用于列图片            var gap = 0; //图片间距修正，默认0            var bd = 0; //描边，0或1，默认0            var full = 0; //是否全屏，0 或 1            var pic = ".jpg"; //图片格式            WaterInit(pic, iurl, col, gap, bd, istart, ilast, full, tips, nomore);内部用料介绍拆开电源后我们可以看到酷冷至尊 V PLATINUM 1600 V2使用了交错式PFC +半桥LLC谐振+ 同步整流+DC-DC，其中交错式PFC可大幅提高转换效率，得益于此，酷冷至尊 V PLATINUM 1600 V2电源获得了80PLUS铂金牌的认证。在电源内部，紫色阳极镀层散热片看着十分亮眼，该散热片的特色在于鳍片采用了斜切设计，可更有效地引出热量。而散热片夹着的是电源的主电容，其配置为两颗日系主流大电容（450V/680μF/105℃），为1600W的额定输出功率提供了强大的储能保障。

预览var istart = 1; //通过编号生成，图片开始的编号，不强求连续，但尽量连续编号，小图+s，如1s；            // var istart=['1','2','3','4','5','6'];   //通过文件名生成，大图文件名，不含后缀，小图以s结尾            var ilast = 3; //结束图片的编号，如果是文件名生成，这个数字不用改            var tips = []; //图片说明，按顺序列，没有就空着            var iurl = "Ly9pbWcuZXhwcmV2aWV3LmNvbS9yZXZpZXcvMjAyNC8wNC9DT09MSU5HLVZQLTE2MDAtVjIvZXhwdG9fbWFyay9QNS8="; //图片目录            var col = 3; //列数，一排几张图，1 2 3 4可选            var nomore = 0; //大小图是否一样，1为一样，不需要s后缀的小图，用于列图片            var gap = 0; //图片间距修正，默认0            var bd = 0; //描边，0或1，默认0            var full = 0; //是否全屏，0 或 1            var pic = ".jpg"; //图片格式            WaterInit(pic, iurl, col, gap, bd, istart, ilast, full, tips, nomore);预览var tableid = settableid(); document.write(''); Table().init({ title: "酷冷至尊V PLATINUM 1600 V2电源 | 内部用料", header: ["结构", "元件型号与数量"], width: '91%', columnWidth: 'AUTO', //表格宽度，"AVG"平均，"AUTO"自动（默认），指定[15,16,20] id: tableid, data: [["EMI部件","X电容 * 2Y电容 * 4共模电感 * 2NTC * 1 + 继电器MOV * 1"],["主电容","Nichicon TK 450V/680μF/105℃ * 2"],["整流桥","GBU2508 * 2 , 800V/25A@150℃"],["PFC开关管","IPW60R06P7 * 2 , 600V/48A@150℃/60mΩ"],["PFC二极管","60F60WT * 2 , 600V/60A@175°C"],["主开关管","IPW60R60P7 * 2 , 600V/48A@150°C/60mΩ"],["主控方案","德州仪器 UCC28063DR + Champion CU6901V"],["+12V同步整流","NCEP40T15AGU * 12 , 40V/150A@150°C/1.45mΩ"],["+5V & +3.3V DC-DC","APW7159CKI * 1FTG014N04SA * 8 , 40V/100A@150℃/1.4mΩ"]] });酷冷至尊V PLATINUM 1600 V2电源测试均衡负载与ATX3.0验证我们对参测的电源进行120%额定功率下的230V输入均衡负载测试以及纹波测试，该项测试的成绩不纳入超能指数的计算中，单纯是用来观察电源的功率余量。

预览var tableid = settableid();            document.write('');            Table().init({                title: "酷冷至尊V PLATINUM 1600 V2电源 均衡负载测试",                header: ["输出功率(W)","12V电压(V)","5V电压(V)","3.3V电压(V)","-12V电压(V)","5VSB电压(V)","115V效率(%)","PF值","230V效率(%)"],                width: '91%',                columnWidth: 'AUTO', //表格宽度，"AVG"平均，"AUTO"自动（默认），指定[15,16,20]                id: tableid,                data: [["32","12.222 ","5.088 ","3.362 ","-11.921 ","5.165 ","63.301 ","0.378 ","66.382 "],["50","12.222 ","5.082 ","3.360 ","-11.884 ","5.159 ","70.804 ","0.453 ","72.977 "],["100","12.190 ","5.081 ","3.359 ","-11.885 ","5.156 ","83.133 ","0.684 ","83.846 "],["150","12.184 ","5.076 ","3.355 ","-11.887 ","5.154 ","87.122 ","0.800 ","87.896 "],["200","12.200 ","5.073 ","3.350 ","-11.890 ","5.151 ","89.142 ","0.864 ","90.149 "],["250","12.195 ","5.066 ","3.346 ","-11.894 ","5.149 ","90.377 ","0.904 ","91.560 "],["300","12.170 ","5.064 ","3.342 ","-11.895 ","5.146 ","91.032 ","0.928 ","92.256 "],["350","12.160 ","5.059 ","3.339 ","-11.900 ","5.145 ","91.389 ","0.944 ","92.765 "],["400","12.179 ","5.055 ","3.335 ","-11.901 ","5.142 ","91.684 ","0.956 ","93.309 "],["450","12.152 ","5.052 ","3.331 ","-11.901 ","5.141 ","91.786 ","0.964 ","93.441 "],["500","12.172 ","5.046 ","3.326 ","-11.906 ","5.139 ","91.865 ","0.970 ","93.792 "],["550","12.150 ","5.044 ","3.324 ","-11.906 ","5.137 ","91.741 ","0.975 ","93.748 "],["600","12.147 ","5.040 ","3.319 ","-11.909 ","5.134 ","92.095 ","0.978 ","93.838 "],["650","12.157 ","5.039 ","3.318 ","-11.911 ","5.133 ","92.213 ","0.982 ","94.056 "],["700","12.130 ","5.036 ","3.316 ","-11.914 ","5.130 ","92.273 ","0.984 ","94.031 "],["750","12.125 ","5.032 ","3.315 ","-11.914 ","5.129 ","92.186 ","0.986 ","94.059 "],["800","12.144 ","5.032 ","3.313 ","-11.915 ","5.128 ","92.255 ","0.987 ","94.245 "],["850","12.115 ","5.030 ","3.311 ","-11.916 ","5.126 ","92.231 ","0.988 ","94.104 "],["900","12.139 ","5.028 ","3.309 ","-11.920 ","5.124 ","92.266 ","0.990 ","94.311 "],["950","12.120 ","5.026 ","3.309 ","-11.921 ","5.121 ","92.080 ","0.991 ","94.197 "],["1000","12.117 ","5.025 ","3.306 ","-11.921 ","5.120 ","92.100 ","0.991 ","94.132 "],["1050","12.099 ","5.021 ","3.304 ","-11.924 ","5.116 ","92.006 ","0.992 ","94.010 "],["1100","12.125 ","5.021 ","3.303 ","-11.925 ","5.115 ","91.693 ","0.990 ","93.946 "],["1150","12.120 ","5.020 ","3.300 ","-11.927 ","5.114 ","91.441 ","0.991 ","93.906 "],["1200","12.115 ","5.017 ","3.299 ","-11.929 ","5.113 ","91.452 ","0.991 ","93.870 "],["1250","12.105 ","5.015 ","3.297 ","-11.931 ","5.110 ","91.368 ","0.992 ","93.781 "],["1300","12.082 ","5.015 ","3.295 ","-11.931 ","5.108 ","91.226 ","0.993 ","93.587 "],["1350","12.102 ","5.012 ","3.294 ","-11.934 ","5.106 ","90.933 ","0.993 ","93.704 "],["1400","12.102 ","5.011 ","3.291 ","-11.934 ","5.102 ","90.847 ","0.994 ","93.673 "],["1450","12.072 ","5.009 ","3.290 ","-11.936 ","5.100 ","90.808 ","0.994 ","93.434 "],["1500","12.067 ","5.008 ","3.289 ","-11.939 ","5.100 ","90.520 ","0.994 ","93.332 "],["1550","12.087 ","5.006 ","3.286 ","-11.940 ","5.097 ","90.425 ","0.995 ","93.440 "],["1600","12.057 ","5.003 ","3.286 ","-11.941 ","5.095 ","90.162 ","0.995 ","93.166 "],["最大电压偏离","1.9% ","1.6%","1.8%","-1.0%","3.2%","-","-","-"],["电压调整率","1.4%","1.6%","2.2%","0.5%","1.3%","90.986 ","平均效率（%）","92.855 "],["OCP保护（100ms）","172.0A","27.0A","26.5A","OPP保护（100ms）","2107W","0.994 ","典型PF值","0.951 "]]            });酷冷至尊V PLATINUM 1600 V2电源额定功率为1600W，在230V输入电压下的OPP过功率保护分别为2107W，约为额定功率的132%。

预览var tableid = settableid();            document.write('');            Table().init({                title: "酷冷至尊V PLATINUM 1600 V2电源 | 低频动态负载",                header: ["动态负载","频率","Power @ Tc","Power @ Te","峰值电压-高Vpk-High","峰值电压-低Vpk-Low","测试结果"],                width: '92%',                columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20]                id: tableid,                data: [["动态负载","频率","Power @ Tc","Power @ Te","峰值电压-高","峰值电压-低","测试结果"],["12V轻载 ","50Hz","15.4W","1134.0W","12.40 ","11.36 ","通过"],["12V重载","50Hz","505.4W","1625.1W","12.15 ","11.91 ","通过"],["5V轻载","50Hz","3.1W","32.1W","5.15 ","5.03 ","通过"],["5V重载","50Hz","376.7W","406.7W","5.16 ","5.09 ","通过"],["3.3V轻载","50Hz","3.1W","22.6W","3.46 ","3.26 ","通过"],["3.3V重载","50Hz","357.4W","377.2W","3.44 ","3.23 ","通过"],["12VHPWR -100%","50Hz","60W","600W","12.20 ","12.13 ","通过"]]            });预览var tableid = settableid();            document.write('');            Table().init({                title: "酷冷至尊V PLATINUM 1600 V2电源 | 低频动态负载",                header: ["动态负载","频率","Power @ Tc","Power @ Te","峰值电压-高Vpk-High","峰值电压-低Vpk-Low","测试结果"],                width: '92%',                columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20]                id: tableid,                data: [["动态负载","频率","Power @ Tc","Power @ Te","峰值电压-高","峰值电压-低","测试结果"],["12V轻载 - 2","10kHz","15.4W","1134.0W","12.26 ","12.00 ","通过"],["12V重载 - 2","10kHz","505.4W","1625.1W","12.22 ","11.98 ","通过"],["5V轻载","10kHz","3.1W","32.1W","5.14 ","5.04 ","通过"],["5V重载","10kHz","376.7W","406.7W","5.14 ","5.12 ","通过"],["3.3V轻载","10kHz","3.1W","22.6W","3.44 ","3.30 ","通过"],["3.3V重载","10kHz","357.4W","377.2W","3.41 ","3.27 ","通过"],["12VHPWR -100%","10kHz","60W","600W","12.18 ","12.16 ","通过"]]            });预览var tableid = settableid();            document.write('');            Table().init({                title: "酷冷至尊V PLATINUM 1600 V2电源 | 动态超载",                header: ["动态超载","Duty Cycle","Tc","Te","Power @ Tc","Power @ Te","12V峰值电压-高12V Vpk-High","12V峰值电压-低12V Vpk-Low","测试结果"],                width: '92%',                columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20]                id: tableid,                data: [["动态超载","Duty Cycle","Tc","Te","Power @ Tc","Power @ Te","12V Vpk-High","12V Vpk-Low","测试结果"],["整机 - 200%","5.0%","1900μs","100μs","1468.3W","3200.0W","12.08 ","11.98 ","通过"],["整机 - 180%","8.0%","11.5ms","1ms","1435.7W","2880.0W","12.31 ","11.85 ","通过"],["整机 - 160%","12.5%","70ms","10ms","1410.5W","2560.0W","12.25 ","11.74 ","通过"],["整机 - 120%","25.0%","300ms","100ms","1478.0W","1920.0W","12.17 ","11.70 ","通过"],["12V-2x6 - 300%","5.0%","1900μs","100μs","600.0W","1800.0W","12.17 ","12.11 ","通过"]]            });在ATX 3.1测试中，酷冷至尊V PLATINUM 1600 V2电源在230V输入环境下2%轻载输出的转换效率高达66.382%，而且这款电源在120%、160%、180%、200%瞬时动态输出下的峰值功率都满足英特尔官方标准，因此我们也可以基本判定这款电源具备ATX 3.1相关素质。

转换效率预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | 转换效率";            var subtitle_text = "www.expreview.com | Higher is better";            var xname = "功率W"; //X轴单位            var yname = ["百分比%"]; //Y轴1单位，Y轴2单位(如果有的话)            var leftside = "8%"; //左边空白            var yax = 0; //是否双Y轴            var yminmax = [60, 100]; //Y轴最小值最大值，默认全0为自动，全1为自动以最小值数据最小值            var fill = 0; //0-1表示填充透明度            var sn = 0; //坐标轴分割为多少段            var mp = 1; //是否显示最大最小值 0为不显示            var symbolsize = 4; //数据点的大小，0为不显示            var autocolor = 0; //是否自动颜色            var colors = ['#5793f3', '#d14a61'];            var data_arr =[["输出功率(W)","115V效率(%)","230V效率(%)"],["32 ","63.301","66.382"],["50","70.804","72.977"],["100","83.133","83.846"],["150","87.122","87.896"],["200","89.142","90.149"],["250","90.377","91.56"],["300","91.032","92.256"],["350","91.389","92.765"],["400","91.684","93.309"],["450","91.786","93.441"],["500","91.865","93.792"],["550","91.741","93.748"],["600","92.095","93.838"],["650","92.213","94.056"],["700","92.273","94.031"],["750","92.186","94.059"],["800","92.255","94.245"],["850","92.231","94.104"],["900","92.266","94.311"],["950","92.08","94.197"],["1000","92.1","94.132"],["1050","92.006","94.01"],["1100","91.693","93.946"],["1150","91.441","93.906"],["1200","91.452","93.87"],["1250","91.368","93.781"],["1300","91.226","93.587"],["1350","90.933","93.704"],["1400","90.847","93.673"],["1450","90.808","93.434"],["1500","90.52","93.332"],["1550","90.425","93.44"],["1600","90.162","93.166"]];            ZHXInit(title_text, subtitle_text, xname, yname, leftside, yax, fill, sn, colors, data_arr, mp, autocolor, yminmax, symbolsize);而在功率效率测试当中，这款电源在230V的输入环境下平均转换效率为92.9%，当电源处于900W负载输出的工作状态时，转换效率可达到峰值，具体数据为94.311%。当输出功率超过200W时这款电源的转换效率即高于90%，在1600W满载输出的情况下，其转换效率超过93.166%。而在115V的输入环境下其平均转换效率为91%，峰值转换效率出现在700W输出时，具体数据为92.273%，当输出超过250W时，其转换效率即高于90%，满载输出的状态下其转换效率为90.162%。

电压稳定性预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | +12V输出电压";            var subtitle_text = "www.expreview.com";            var xname = "功率W"; //X轴单位            var yname = ["电压V"]; //Y轴1单位，Y轴2单位(如果有的话)            var leftside = "8%"; //左边空白            var yax = 0; //是否双Y轴            var yminmax = [11.2, 12.8]; //Y轴最小值最大值，默认全0为自动，全1为自动以最小值数据最小值            var fill = 0; //0-1表示填充透明度            var sn = 10; //坐标轴分割为多少段            var mp = 0; //是否显示最大最小值 0为不显示            var symbolsize = 6; //数据点的大小，0为不显示            var autocolor = 0; //是否自动颜色            var colors = ['#32cd32', '#FF8C00', '#32cd32'];            var data_arr =[["输出功率(W)","上限","12V电压","下限"],["32 ","12.6","12.222","11.4"],["50","12.6","12.222","11.4"],["100","12.6","12.19","11.4"],["150","12.6","12.184","11.4"],["200","12.6","12.2","11.4"],["250","12.6","12.195","11.4"],["300","12.6","12.17","11.4"],["350","12.6","12.16","11.4"],["400","12.6","12.179","11.4"],["450","12.6","12.152","11.4"],["500","12.6","12.172","11.4"],["550","12.6","12.15","11.4"],["600","12.6","12.147","11.4"],["650","12.6","12.157","11.4"],["700","12.6","12.13","11.4"],["750","12.6","12.125","11.4"],["800","12.6","12.144","11.4"],["850","12.6","12.115","11.4"],["900","12.6","12.139","11.4"],["950","12.6","12.12","11.4"],["1000","12.6","12.117","11.4"],["1050","12.6","12.099","11.4"],["1100","12.6","12.125","11.4"],["1150","12.6","12.12","11.4"],["1200","12.6","12.115","11.4"],["1250","12.6","12.105","11.4"],["1300","12.6","12.082","11.4"],["1350","12.6","12.102","11.4"],["1400","12.6","12.102","11.4"],["1450","12.6","12.072","11.4"],["1500","12.6","12.067","11.4"],["1550","12.6","12.087","11.4"],["1600","12.6","12.057","11.4"]];            ZHXInit(title_text, subtitle_text, xname, yname, leftside, yax, fill, sn, colors, data_arr, mp, autocolor, yminmax, symbolsize);预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | +5V输出电压";            var subtitle_text = "www.expreview.com";            var xname = "功率W"; //X轴单位            var yname = ["电压V"]; //Y轴1单位，Y轴2单位(如果有的话)            var leftside = "8%"; //左边空白            var yax = 0; //是否双Y轴            var yminmax = [4.6, 5.4]; //Y轴最小值最大值，默认全0为自动，全1为自动以最小值数据最小值            var fill = 0; //0-1表示填充透明度            var sn = 10; //坐标轴分割为多少段            var mp = 0; //是否显示最大最小值 0为不显示            var symbolsize = 6; //数据点的大小，0为不显示            var autocolor = 0; //是否自动颜色            var colors = ['#32cd32', '#2550FE', '#32cd32'];            var data_arr = [["输出功率(W)","上限","5V电压","下限"],["32 ","5.25","5.088","4.75"],["50","5.25","5.082","4.75"],["100","5.25","5.081","4.75"],["150","5.25","5.076","4.75"],["200","5.25","5.073","4.75"],["250","5.25","5.066","4.75"],["300","5.25","5.064","4.75"],["350","5.25","5.059","4.75"],["400","5.25","5.055","4.75"],["450","5.25","5.052","4.75"],["500","5.25","5.046","4.75"],["550","5.25","5.044","4.75"],["600","5.25","5.04","4.75"],["650","5.25","5.039","4.75"],["700","5.25","5.036","4.75"],["750","5.25","5.032","4.75"],["800","5.25","5.032","4.75"],["850","5.25","5.03","4.75"],["900","5.25","5.028","4.75"],["950","5.25","5.026","4.75"],["1000","5.25","5.025","4.75"],["1050","5.25","5.021","4.75"],["1100","5.25","5.021","4.75"],["1150","5.25","5.02","4.75"],["1200","5.25","5.017","4.75"],["1250","5.25","5.015","4.75"],["1300","5.25","5.015","4.75"],["1350","5.25","5.012","4.75"],["1400","5.25","5.011","4.75"],["1450","5.25","5.009","4.75"],["1500","5.25","5.008","4.75"],["1550","5.25","5.006","4.75"],["1600","5.25","5.003","4.75"]];            ZHXInit(title_text, subtitle_text, xname, yname, leftside, yax, fill, sn, colors, data_arr, mp, autocolor, yminmax, symbolsize);预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | +3.3V输出电压";            var subtitle_text = "www.expreview.com";            var xname = "功率W"; //X轴单位            var yname = ["电压V"]; //Y轴1单位，Y轴2单位(如果有的话)            var leftside = "8%"; //左边空白            var yax = 0; //是否双Y轴            var yminmax = [3.05, 3.55]; //Y轴最小值最大值，默认全0为自动，全1为自动以最小值数据最小值            var fill = 0; //0-1表示填充透明度            var sn = 10; //坐标轴分割为多少段            var mp = 0; //是否显示最大最小值 0为不显示            var symbolsize = 6; //数据点的大小，0为不显示            var autocolor = 0; //是否自动颜色            var colors = ['#32cd32', '#9B0082', '#32cd32'];            var data_arr =[["输出功率(W)","上限","3.3V电压","下限"],["32 ","3.47","3.362","3.13"],["50","3.47","3.36","3.13"],["100","3.47","3.359","3.13"],["150","3.47","3.355","3.13"],["200","3.47","3.35","3.13"],["250","3.47","3.346","3.13"],["300","3.47","3.342","3.13"],["350","3.47","3.339","3.13"],["400","3.47","3.335","3.13"],["450","3.47","3.331","3.13"],["500","3.47","3.326","3.13"],["550","3.47","3.324","3.13"],["600","3.47","3.319","3.13"],["650","3.47","3.318","3.13"],["700","3.47","3.316","3.13"],["750","3.47","3.315","3.13"],["800","3.47","3.313","3.13"],["850","3.47","3.311","3.13"],["900","3.47","3.309","3.13"],["950","3.47","3.309","3.13"],["1000","3.47","3.306","3.13"],["1050","3.47","3.304","3.13"],["1100","3.47","3.303","3.13"],["1150","3.47","3.3","3.13"],["1200","3.47","3.299","3.13"],["1250","3.47","3.297","3.13"],["1300","3.47","3.295","3.13"],["1350","3.47","3.294","3.13"],["1400","3.47","3.291","3.13"],["1450","3.47","3.29","3.13"],["1500","3.47","3.289","3.13"],["1550","3.47","3.286","3.13"],["1600","3.47","3.286","3.13"]];            ZHXInit(title_text, subtitle_text, xname, yname, leftside, yax, fill, sn, colors, data_arr, mp, autocolor, yminmax, symbolsize);在电压稳定性方面该产品表现则中规中矩，这款电源的+12V、+5V以及+3.3V的电压偏移率均在1%-2%的区间内，但3.3V的电压调整率较高，具体数据为2.24%。

交叉负载交叉负载测试项目我们按照Intel ATX12V 3.0和SSI EPS12V 2.92电源设计指导的要求，制定出850W电源交叉负载图表。

值得注意的是，我们并非原封照搬设计规范，而只选择其中比较有实际意义的4个测试点，分别是交叉负载框里的左下、左上、右上和右下角四个点。

这四个点的意义分别为：

　　左下角（A点）：整机最小负载；　　左上角（B点）：辅路最大负载、12V最小负载，例如多个机械硬盘同时启动的情况；　　右上角（C点）：辅路最大负载、整机满载；　　右下角（D点）：12V最大负载、辅路最小负载，例如使用单个固态硬盘运行3D游戏的情况；

测试点的X坐标表示总的+12V的输出功率，Y坐标表示+5V和+3.3V的输出功率之和。

交叉负载的测试与前面的均匀负载测试的评判标准一致，电压偏离额定值越少越好，各路偏离率允许的值都为±5%。

预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | 交叉负载设置 ";            var subtitle_text = "www.expreview.com ｜1200W | Unit: W";            var data = [ [6, 4.15],[100, 150],[1047, 150],[1172, 25]];            POLInit(title_text, subtitle_text, data);预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | 交叉负载测试 | 电压偏离度"; // 标题文字            var subtitle_text = "www.expreview.com ｜ Lower is better"; // 副标题文字            var unit_text = "%"; //单位            var leftside = "8%"; //左边空白            var move = 0; //是否动态 1表示动态            var mblur = 0.1; //是否模糊，效果 0-1            //var mycolor = ['#cc0000', '#aaa', '#bbb', '#ccc', '#ddd', '#eee'];       //自定义颜色            //var mycolor = ['#cc0000', '#953f61', '#72355f', '#ccc', '#d77169'];       //自定义颜色            var mycolor = ['#32cd32','#FF8C00','#2550FE','#9B0082','#32cd32']; //自定义颜色            var data_arr = [{"type":"A","上限":"5","12V":"1.89","5V":"1.78","3.3V":"1.97","下限":"-"},{"type":"B","上限":"-","12V":"1.42","5V":"0.90","3.3V":"0.76","下限":"-"},{"type":"C","上限":"-","12V":"0.68","5V":"-0.02","3.3V":"-0.64","下限":"-"},{"type":"D","上限":"-","12V":"0.58","5V":"0.50","3.3V":"0.15","下限":"-5"}];            ZHDInit(title_text, subtitle_text, unit_text, leftside, move, mblur, mycolor, data_arr);酷冷至尊V PLATINUM 1600 V2电源在交叉负载测试中三路输出的电压变化虽然各有不同，但是从幅度来说都是比较小的，且三路电压偏离度均未超过±2%，不会对使用体验造成影响。

输出纹波纹波和噪声是电源直流输出里夹杂的交流成分，如果用示波器观察，就会看到电压上下轻微波动，像水波纹一样，所以称之为纹波。按照英特尔ATX12V 3.0规定，+12V、+5V、+3.3V的输出纹波与噪声的Vp-p（峰-峰值）分别不得超过120mV、50mV、50mV。我们使用数字示波器在20MHz模拟带宽下按照英特尔规范给治具板测量点处并接去耦电容，对电源满载以及超载至120%功率下的输出纹波进行测量，以低频下的纹波峰峰值作为打分基准。

预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | 输出纹波"; // 标题文字热管            var subtitle_text = "www.expreview.com | Lower is better  "; // 副标题文字            var unit_text = "mV "; //单位            var leftside = "8%"; //左边空白            var topside = 50; //每组间距            var mblur = 0.05; //模糊效果            var bgopacity = 0; //背景透明度，0为全透明            var mysort = 0; //是否排序            var myper = 1; //是否显示百分比            var mylengend = true; //是否显示图例            var toplegend = 50; //图例上端空白            var labelcolor = '#fff'; // 标签文字颜色            var legendwidth = '90%'; //图例宽度            var titlecolor = '#000'; //标题文字颜色            var barheight = 32; //柱高度,当为7倍数时，不显示刻度线            var bargap = 3; //柱间距,相当于百分值，即2%            var xaxismax = null; //指定X轴最大值，null时为自动            var autocolor = 0; //是否自动判断颜色，0为否，1根据品牌生成颜色 ，如果 >1 则为AMD NV Intel 标准色,            var mycolor = ['#953f61', '#72355f', '#d77169']; //自动生成随机颜色 也可ANIColor("NVIDIA",3)可以生成三种NV绿，可替换成AMD Intel            //var mycolor = ANIColor('AMD',4);   //这样自动生成4种AMD红色，其它如NVIDIA、Intel同理            //var mycolor=['#953f61', '#72355f', '#d77169'];      //自定义颜色 AMD红 '#9F1417', NV绿 '#82B41B',  Intel蓝 '#0075C5',            //var mycolor = ['#0dcc47', '#969696', '#6f7b80','5A94DF'];            var data_arr = [{ "type": "+12V纹波", "100%满载": "28.1", "上限": "120" }, { "type": "+5V纹波", "100%满载": "12.8", "上限": "50" }, { "type": "+3.3V纹波", "100%满载": "18.5", "上限": "50" },];            TDInit(title_text, subtitle_text, unit_text, leftside, topside, mblur, bgopacity, mysort, myper, mylengend, toplegend, labelcolor, legendwidth, titlecolor, barheight, bargap, mycolor, data_arr, autocolor, xaxismax);酷冷至尊V PLATINUM 1600 V2电源电源在100%满载时的+12V、+5V、+3.3V低频纹波为28.1mV、12.8mV和18.5mV，纹波抑制还是比较优秀的。

保持时间掉电保持时间（Hold-up Time）是指电源掉电之后电压输出值跌出范围允许的5%的时间，我们测量的是+12V、+5V和Power-OK（Power-Good）信号的保持时间。

SSI EPS12V 2.92服务器电源设计指导中对输出电压保持时间的要求是电源在75%的负载下保持时间应该大于18ms，而Power-OK信号的保持时间要求是大于17ms。

掉电保持时间如此受关注，是因为其很大程度上关系到硬件的寿命，Power-OK保持17ms意味着面临17ms以内的掉电情况时电脑能持续运行而不出现关机、重启的状况，而各路电压保持18ms或者更长的时间，是为了在掉电发生时各个硬件能够做出应急处理，比如机械硬盘的磁头归位 、SSD的掉电保护。

酷冷至尊V PLATINUM 1600 V2电源的保持时间是在75%负载（DC输出637.5W）的情况下测得。

预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | 保持时间"; // 标题文字热管            var subtitle_text = "www.expreview.com | Higher is better  "; // 副标题文字            var unit_text = "毫秒ms "; //单位            var leftside = "8%"; //左边空白            var topside = 50; //每组间距            var mblur = 0.05; //模糊效果            var bgopacity = 0; //背景透明度，0为全透明            var mysort = 0; //是否排序            var myper = 1; //是否显示百分比            var mylengend = true; //是否显示图例            var toplegend = 50; //图例上端空白            var labelcolor = '#fff'; // 标签文字颜色            var legendwidth = '90%'; //图例宽度            var titlecolor = '#222'; //标题文字颜色            var barheight = 32; //柱高度,当为7倍数时，不显示刻度线            var bargap = 3; //柱间距,相当于百分值，即2%            var xaxismax = 70; //指定X轴最大值，null时为自动            var autocolor = 0; //是否自动判断颜色，0为否，1根据品牌生成颜色 ，如果 >1 则为AMD NV Intel 标准色,            var mycolor = ['#953f61', '#72355f', '#d77169']; //自动生成随机颜色 也可ANIColor("NVIDIA",3)可以生成三种NV绿，可替换成AMD Intel            //var mycolor = ANIColor('AMD',4);   //这样自动生成4种AMD红色，其它如NVIDIA、Intel同理            //var mycolor=['#953f61', '#72355f', '#d77169'];      //自定义颜色 AMD红 '#9F1417', NV绿 '#82B41B',  Intel蓝 '#0075C5',            //var mycolor = ['#0dcc47', '#969696', '#6f7b80','5A94DF'];            var data_arr = [{ "type": "+12V", "75%负载": "34.6", "100%负载": "27.6", "下限": "12" }, { "type": "+5V", "75%负载": "34.5", "100%负载": "27.6", "下限": "12" }, { "type": "+3.3V", "75%负载": "33.0", "100%负载": "22.8", "下限": "12" }, { "type": "Power-OK", "75%负载": "28.1", "100%负载": "21.6", "下限": "11" },];            TDInit(title_text, subtitle_text, unit_text, leftside, topside, mblur, bgopacity, mysort, myper, mylengend, toplegend, labelcolor, legendwidth, titlecolor, barheight, bargap, mycolor, data_arr, autocolor, xaxismax);酷冷至尊V PLATINUM 1600 V2电源在75%负载下的PG/+12V/+5V/+3.3V保持时间分别为28.1ms、34.6ms、34.5ms和33.0ms，在100%负载下则分别为21.6ms、27.6ms、27.6ms和22.8ms，四项保持时间全部达标且留有充足的余量。

散热风扇转速预览var title_text = "酷冷至尊V PLATINUM 1600 V2电源 | 风扇转速";            var subtitle_text = "www.expreview.com";            var xname = "功率W"; //X轴单位            var yname = ["转速RPM"]; //Y轴1单位，Y轴2单位(如果有的话)            var leftside = "8%"; //左边空白            var yax = 0; //是否双Y轴            var yminmax = [0, 2100]; //Y轴最小值最大值，默认全0为自动，全1为自动以最小值数据最小值            var fill = 0; //0-1表示填充透明度            var sn = 10; //坐标轴分割为多少段            var mp = 1; //是否显示最大最小值 0为不显示            var symbolsize = 6; //数据点的大小，0为不显示            var autocolor = 0; //是否自动颜色            var colors = ['#32cd32', '#FF8C00'];            var data_arr = [["输出功率(W)","AUTO"],["50","0 "],["100","0 "],["150","0 "],["200","0 "],["250","0 "],["300","0 "],["350","0 "],["400","0 "],["450","0 "],["500","0 "],["550","0 "],["600","1216 "],["650","1257"],["700","1309"],["750","1357"],["800","1359"],["850","1362"],["900","1391"],["950","1418"],["1000","1483"],["1050","1523"],["1100","1583"],["1150","1653"],["1200","1694"],["1250","1741"],["1300","1784"],["1350","1824"],["1400","1871"],["1450","1904"],["1500","1973"],["1550","2005"],["1600","2061"]];            ZHXInit(title_text, subtitle_text, xname, yname, leftside, yax, fill, sn, colors, data_arr, mp, autocolor, yminmax, symbolsize);当然想在高端PC电源市场中站稳脚跟，电气性能表现只是基础，想让消费者留下深刻印象，产品自身必须带点“绝活”。而酷冷至尊 V PLATINUM 1600 V2的特色在于它的高性能超低噪的莫比乌斯风扇。这款风扇采用了创新性的环形扇叶设计，搭配回油轴承系统以及迷宫式防尘结构，电源满载输出时噪音也仅约为30DBA，给用户提供安静其且稳定的电源使用体验。

酷冷至尊 V PLATINUM 1600 V2电源得分及点评酷冷至尊 V PLATINUM 1600 V2售价为2299元，目前1600W功率的ATX 3.1电源产品不多，而且对比竞品这款产品的价格不算贵。产品力表现方面，该电源的电气性能在ATX 3.1测试中表现优秀，超能指数为93.79，但是在常规性能方面，受到电压稳定性的影响，其超能指数为84.63分，虽然这方面的评分表现中规中矩，但日常使用绝对可以满足普通消费者需求。至于产品特色方面，这款电源的噪音控制优秀，而且1600W的额定功率目前完全可以满足高性能CPU和显卡的功率需求。

预览var tableid = settableid(); document.write(''); Table().init({ title: "酷冷至尊V PLATINUM 1600 V2电源评分", header: ["项目","电压稳定(30分)","转换效率(35分)","满载纹波(15分)","交叉负载(15分)","保持时间(5分)","超能指数"], width: '91%', id: tableid, data: [["得分","24.41","31.24","12.85","11.63","4.50","84.63"]]});预览var tableid = settableid(); document.write(''); Table().init({ title: "酷冷至尊V PLATINUM 1600 V2电源 | ATX 3性能指数", header: ["项目","空载电压(10分)","动态负载电压(30分)","动态超载电压(25分)","2%转换效率(15分)","100%负载保持时间(8分)","时序T1-T4(12分)","超能指数"], width: '91%', id: tableid, data: [["得分","10.00 ","30.00 ","25.00 ","8.94","7.85","12.00 ","93.79"]]});预览PowerInit("酷冷至尊 V PLATINUM 1600 V2");总结而言酷冷至尊 V PLATINUM 1600 V2在一众大功率电源产品中性价比表现较为优秀，在外观设计及静音性等方面也表现出一个高端产品应有的水平，而作为设计理念是“次世代”电源的产品，其ATX 3.1测试也有良好的性能表现，配合12年质保服务，这款产品就非常适合希望买一款电源来“战未来”的用户群体。

√ 优点：

- 80Plus铂金认证 - 12年质保- 输出纹波低- 保持时间余量充足- 符合ATX 3.1规格要求

X 缺点：

- +3.3V电压调整率略高

酷冷至尊表示，一直以来都自始至终聚焦为卓越的用户以独特的方式打造酷炫的产品，这次的Cryofuze 5导热膏也不例外。其具备原版CryoFuze Violet导热膏的所有出色冷却设计，包括为应对极限配置而设计的卓越热传导性、平衡粘度与绝缘性的抗吸湿组成、易于涂抹与清洁、防蚀及抗氧化配方。

Cryofuze 5导热膏采用了精心验配而成的氧化锌和铝粉，并加入了不同颜色的膏体，纳米分子技术为CPU和GPU提供了卓越的导热性能，导热系数为12.6W / mK，工作温度覆盖-50°C至240°C的范围，可以保持性能稳定。同时Cryofuze 5导热膏还具有电绝缘性和抗腐蚀性，避免因产品而引发的安全隐患，做到安全与导热性能的有效结合。此外，包装方面也更加环保，尺寸也进一步减小。

对于那些希望在高性能配置上增添一抹趣味色彩的用户来说，Cryofuze 5导热膏提供了新的个性化选择，为DIY带来了新趣味。暂时还不清楚Cryofuze 5导热膏的定价，以及具体上市时间。

这款主机的尺寸为276.1×175×379.84mm（包含两侧金属侧板），体积为14.77L，对于一款水冷主机来说算是比较小的了，但是重量来到了17.3kg。除了拥有规格较高的CPU和显卡之外，它还标配了两条32GB的DDR5内存，两条2TB的PCIe 4.0 NVMe M.2 SSD（预装Windows 11 Pro系统）以及酷冷至尊自家的V850 SFX电源。机箱底部预留了一个120mm风扇位，外侧配备磁吸防尘网，240冷排上则预装两把120mm风扇，整机风道应该为底部、侧面进风前面出风。

主板与显卡采用背靠背的安装方式，显卡通过PCIe延长线与主板连接。据了解，酷冷至尊Cooling X的主板为微星的MPG B650I EDGE WIFI DDR5，8+2路的供电规格带动R9-7950X3D不会有太大的问题，背部I/O接口（朝向顶部）提供了两个USB 5Gbps Type-A、三个USB 10Gbps Type-A、 1 x USB 20Gbps Type-C、 一个2.5 Gbps LAN、一个HDMI 2.1a、两个Wi-Fi6E天线口以及三个音频口。

主机内部的RTX 4080显卡为吊装设计，显示接口通过延长线引到后置I/O面板上，三个DP 1.4a和一个HDMI 2.1a全部给齐，另外还有主板中扩展出来的两个USB 5Gbps Type-A和一个USB 10Gbps Type-C。当然，如果玩家的动手能力够强，还可以替换成长度不大于310mm（京东店铺参数标注）的其他型号的显卡，但这样操作有很大概率会影响到保修。

TD500 MAX机箱的整体尺寸为499 x 210 x 500 mm，体积约为48L，可以支持Mini-ITX、Micro-ATX和ATX规格的主板。机箱前置I/O配置上，拥有一个USB 3.2 Gen2x2 Type-C接口、两个USB 3.2 Gen1接口、以及音频和麦克风插孔。其提供了最多2个3.5英寸硬盘位或3个2.5英寸硬盘位；有7个PCI扩展槽；CPU散热器限高165mm；显卡限长380mm；支持ATX电源，限长200mm（预装电源长度为160mm）；背部理线空间为19mm。

散热风扇位置方面，最多可安装7个120mm风扇，包括：前面位置可安装三个120mm或两个140mm风扇，支持120/240/360水冷；顶部位置可安装三个120mm或两个140mm风扇，支持120/240/360水冷；后置位置可安装一个120mm风扇，支持120水冷。

暂时还不清楚TD500 MAX机箱的定价，以及具体的上市时间。

作为目前电源设计中高端选择，全桥LLC谐振转换器和DC-DC下变压技术是从酷冷至尊从第一代G GOLD系列电源就坚持使用的。酷冷至尊根据过去三年里收到的反馈，在原系列产品上做了进一步的优化设计和升级，外观设计上也有所不同。酷冷至尊表示，无论是高性能游戏、专业工作站，还是日常的办公和娱乐使用，G GOLD V2金牌电源都能提供稳定可靠的支持。

G GOLD V2金牌电源首批提供了G GOLD V2 750、G GOLD V2 650和G GOLD V2 550三款型号，为用户打造了一个“未来准备”的游戏平台。随着未来硬件标准的演进，用户无需担心电源成为升级路径上的瓶颈。

暂时还不清楚G GOLD V2金牌电源的定价，以及具体的上市时间。