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const t = ie(e); if (t.initHash) { de(e, "revealed") } else { e.addEventListener("htmx:afterProcessNode", function () { de(e, "revealed") }, { once: true }) } } } function vt(e, t, n, r) { const o = function () { if (!n.loaded) { n.loaded = true; t(e) } }; if (r > 0) { E().setTimeout(o, r) } else { o() } } function wt(t, n, e) { let i = false; se(o, function (r) { if (s(t, "hx-" + r)) { const o = te(t, "hx-" + r); i = true; n.path = o; n.verb = r; e.forEach(function (e) { St(t, e, n, function (e, t) { const n = ue(e); if (g(n, Q.config.disableSelector)) { a(n); return } he(r, o, n, t) }) }) } }); return i } function St(r, e, t, n) { if (e.trigger === "revealed") { yt(); pt(r, n, t, e); bt(ue(r)) } else if (e.trigger === "intersect") { const o = {}; if (e.root) { o.root = ae(r, e.root) } if (e.threshold) { o.threshold = parseFloat(e.threshold) } const i = new IntersectionObserver(function (t) { for (let e = 0; e < t.length; e++) { const n = t[e]; if (n.isIntersecting) { de(r, "intersect"); break } } }, o); i.observe(ue(r)); pt(ue(r), n, t, e) } else if (e.trigger === "load") { if (!gt(e, r, Mt("load", { elt: r }))) { vt(ue(r), n, t, e.delay) } } else if (e.pollInterval > 0) { t.polling = true; ct(ue(r), n, e) } else { pt(r, n, t, e) } } function Et(e) { const t = ue(e); if (!t) { return false } const n = t.attributes; for (let e = 0; e < n.length; e++) { const r = n[e].name; if (l(r, "hx-on:") || l(r, "data-hx-on:") || l(r, "hx-on-") || l(r, "data-hx-on-")) { return true } } return false } const Ct = (new XPathEvaluator).createExpression('.//*[@*[ starts-with(name(), "hx-on:") or starts-with(name(), "data-hx-on:") or' + ' starts-with(name(), "hx-on-") or starts-with(name(), "data-hx-on-") ]]'); function Ot(e, t) { if (Et(e)) { t.push(ue(e)) } const n = Ct.evaluate(e); let r = null; while (r = n.iterateNext()) t.push(ue(r)) } function Rt(e) { const t = []; if (e instanceof DocumentFragment) { for (const n of e.childNodes) { Ot(n, t) } } else { Ot(e, t) } return t } function Ht(e) { if (e.querySelectorAll) { const n = ", [hx-boost] a, [data-hx-boost] a, a[hx-boost], a[data-hx-boost]"; const r = []; for (const i in Mn) { const s = Mn[i]; if (s.getSelectors) { var t = s.getSelectors(); if (t) { r.push(t) } } } const o = e.querySelectorAll(R + n + ", form, [type='submit']," + " [hx-ext], [data-hx-ext], [hx-trigger], [data-hx-trigger]" + r.flat().map(e => ", " + e).join("")); return o } else { return [] } } function Tt(e) { const t = g(ue(e.target), "button, input[type='submit']"); const n = Lt(e); if (n) { n.lastButtonClicked = t } } function qt(e) { const t = Lt(e); if (t) { t.lastButtonClicked = null } } function Lt(e) { const t = g(ue(e.target), "button, input[type='submit']"); if (!t) { return } const n = y("#" + ee(t, "form"), t.getRootNode()) || g(t, "form"); if (!n) { return } return ie(n) } function Nt(e) { e.addEventListener("click", Tt); e.addEventListener("focusin", Tt); e.addEventListener("focusout", qt) } function At(t, e, n) { const r = ie(t); if (!Array.isArray(r.onHandlers)) { r.onHandlers = [] } let o; const i = function (e) { vn(t, function () { if (at(t)) { return } if (!o) { o = new Function("event", n) } o.call(t, e) }) }; t.addEventListener(e, i); r.onHandlers.push({ event: e, listener: i }) } function It(t) { ke(t); for (let e = 0; e < t.attributes.length; e++) { const n = t.attributes[e].name; const r = t.attributes[e].value; if (l(n, "hx-on") || l(n, "data-hx-on")) { const o = n.indexOf("-on") + 3; const i = n.slice(o, o + 1); if (i === "-" || i === ":") { let e = n.slice(o + 1); if (l(e, ":")) { e = "htmx" + e } else if (l(e, "-")) { e = "htmx:" + e.slice(1) } else if (l(e, "htmx-")) { e = "htmx:" + e.slice(5) } At(t, e, r) } } } } function Pt(t) { if (g(t, Q.config.disableSelector)) { a(t); return } const n = ie(t); if (n.initHash !== Pe(t)) { De(t); n.initHash = Pe(t); de(t, "htmx:beforeProcessNode"); const e = st(t); const r = wt(t, n, e); if (!r) { if (re(t, "hx-boost") === "true") { ft(t, n, e) } else if (s(t, "hx-trigger")) { e.forEach(function (e) { St(t, e, n, function () { }) }) } } if (t.tagName === "FORM" || ee(t, "type") === "submit" && s(t, "form")) { Nt(t) } de(t, "htmx:afterProcessNode") } } function kt(e) { e = y(e); if (g(e, Q.config.disableSelector)) { a(e); return } Pt(e); se(Ht(e), function (e) { Pt(e) }); se(Rt(e), It) } function Dt(e) { return e.replace(/([a-z0-9])([A-Z])/g, "$1-$2").toLowerCase() } function Mt(e, t) { let n; if (window.CustomEvent && typeof window.CustomEvent === "function") { n = new CustomEvent(e, { bubbles: true, cancelable: true, composed: true, detail: t }) } else { n = ne().createEvent("CustomEvent"); n.initCustomEvent(e, true, true, t) } return n } function fe(e, t, n) { de(e, t, ce({ error: t }, n)) } function Xt(e) { return e === "htmx:afterProcessNode" } function Ft(e, t) { se(Un(e), function (e) { try { t(e) } catch (e) { C(e) } }) } function C(e) { if (console.error) { console.error(e) } else if (console.log) { console.log("ERROR: ", e) } } function de(e, t, n) { e = y(e); if (n == null) { n = {} } n.elt = e; const r = Mt(t, n); if (Q.logger && !Xt(t)) { Q.logger(e, t, n) } if (n.error) { C(n.error); de(e, "htmx:error", { errorInfo: n }) } let o = e.dispatchEvent(r); const i = Dt(t); if (o && i !== t) { const s = Mt(i, r.detail); o = o && e.dispatchEvent(s) } Ft(ue(e), function (e) { o = o && (e.onEvent(t, r) !== false && !r.defaultPrevented) }); return o } let Bt = location.pathname + location.search; function Ut() { const e = ne().querySelector("[hx-history-elt],[data-hx-history-elt]"); return e || ne().body } function jt(t, e) { if (!B()) { return } const n = _t(e); const r = ne().title; const o = window.scrollY; if (Q.config.historyCacheSize <= 0) { localStorage.removeItem("htmx-history-cache"); return } t = U(t); const i = S(localStorage.getItem("htmx-history-cache")) || []; for (let e = 0; e < i.length; e++) { if (i[e].url === t) { i.splice(e, 1); break } } const s = { url: t, content: n, title: r, scroll: o }; de(ne().body, "htmx:historyItemCreated", { item: s, cache: i }); i.push(s); while (i.length > Q.config.historyCacheSize) { i.shift() } while (i.length > 0) { try { localStorage.setItem("htmx-history-cache", JSON.stringify(i)); break } catch (e) { fe(ne().body, "htmx:historyCacheError", { cause: e, cache: i }); i.shift() } } } function Vt(t) { if (!B()) { return null } t = U(t); const n = S(localStorage.getItem("htmx-history-cache")) || []; for (let e = 0; e < n.length; e++) { if (n[e].url === t) { return n[e] } } return null } function _t(e) { const t = Q.config.requestClass; const n = e.cloneNode(true); se(x(n, "." + t), function (e) { G(e, t) }); se(x(n, "[data-disabled-by-htmx]"), function (e) { e.removeAttribute("disabled") }); return n.innerHTML } function zt() { const e = Ut(); const t = Bt || location.pathname + location.search; let n; try { n = ne().querySelector('[hx-history="false" i],[data-hx-history="false" i]') } catch (e) { n = ne().querySelector('[hx-history="false"],[data-hx-history="false"]') } if (!n) { de(ne().body, "htmx:beforeHistorySave", { path: t, historyElt: e }); jt(t, e) } if (Q.config.historyEnabled) history.replaceState({ htmx: true }, ne().title, window.location.href) } function $t(e) { if (Q.config.getCacheBusterParam) { e = e.replace(/org\.htmx\.cache-buster=[^&]*&?/, ""); if (Y(e, "&") || Y(e, "?")) { e = e.slice(0, -1) } } if (Q.config.historyEnabled) { history.pushState({ htmx: true }, "", e) } Bt = e } function Jt(e) { if (Q.config.historyEnabled) history.replaceState({ htmx: true }, "", e); Bt = e } function Kt(e) { se(e, function (e) { e.call(undefined) }) } function Gt(o) { const e = new XMLHttpRequest; const i = { path: o, xhr: e }; de(ne().body, "htmx:historyCacheMiss", i); e.open("GET", o, true); e.setRequestHeader("HX-Request", "true"); e.setRequestHeader("HX-History-Restore-Request", "true"); e.setRequestHeader("HX-Current-URL", ne().location.href); e.onload = function () { if (this.status >= 200 && this.status < 400) { de(ne().body, "htmx:historyCacheMissLoad", i); const e = P(this.response); const t = e.querySelector("[hx-history-elt],[data-hx-history-elt]") || e; const n = Ut(); const r = xn(n); kn(e.title); qe(e); Ve(n, t, r); Te(); Kt(r.tasks); Bt = o; de(ne().body, "htmx:historyRestore", { path: o, cacheMiss: true, serverResponse: this.response }) } else { fe(ne().body, "htmx:historyCacheMissLoadError", i) } }; e.send() } function Wt(e) { zt(); e = e || location.pathname + location.search; const t = Vt(e); if (t) { const n = P(t.content); const r = Ut(); const o = xn(r); kn(t.title); qe(n); Ve(r, n, o); Te(); Kt(o.tasks); E().setTimeout(function () { window.scrollTo(0, t.scroll) }, 0); Bt = e; de(ne().body, "htmx:historyRestore", { path: e, item: t }) } else { if (Q.config.refreshOnHistoryMiss) { window.location.reload(true) } else { Gt(e) } } } function Zt(e) { let t = we(e, "hx-indicator"); if (t == null) { t = [e] } se(t, function (e) { const t = ie(e); t.requestCount = (t.requestCount || 0) + 1; e.classList.add.call(e.classList, Q.config.requestClass) }); return t } function Yt(e) { let t = we(e, "hx-disabled-elt"); if (t == null) { t = [] } se(t, function (e) { const t = ie(e); t.requestCount = (t.requestCount || 0) + 1; e.setAttribute("disabled", ""); e.setAttribute("data-disabled-by-htmx", "") }); return t } function Qt(e, t) { se(e.concat(t), function (e) { const t = ie(e); t.requestCount = (t.requestCount || 1) - 1 }); se(e, function (e) { const t = ie(e); if (t.requestCount === 0) { e.classList.remove.call(e.classList, Q.config.requestClass) } }); se(t, function (e) { const t = ie(e); if (t.requestCount === 0) { e.removeAttribute("disabled"); e.removeAttribute("data-disabled-by-htmx") } }) } function en(t, n) { for (let e = 0; e < t.length; e++) { const r = t[e]; if (r.isSameNode(n)) { return true } } return false } function tn(e) { const t = e; if (t.name === "" || t.name == null || t.disabled || g(t, "fieldset[disabled]")) { return false } if (t.type === "button" || t.type === "submit" || t.tagName === "image" || t.tagName === "reset" || t.tagName === "file") { return false } if (t.type === "checkbox" || t.type === "radio") { return t.checked } return true } function nn(t, e, n) { if (t != null && e != null) { if (Array.isArray(e)) { e.forEach(function (e) { n.append(t, e) }) } else { n.append(t, e) } } } function rn(t, n, r) { if (t != null && n != null) { let e = r.getAll(t); if (Array.isArray(n)) { e = e.filter(e => n.indexOf(e) < 0) } else { e = e.filter(e => e !== n) } r.delete(t); se(e, e => r.append(t, e)) } } function on(t, n, r, o, i) { if (o == null || en(t, o)) { return } else { t.push(o) } if (tn(o)) { const s = ee(o, "name"); let e = o.value; if (o instanceof HTMLSelectElement && o.multiple) { e = M(o.querySelectorAll("option:checked")).map(function (e) { return e.value }) } if (o instanceof HTMLInputElement && o.files) { e = M(o.files) } nn(s, e, n); if (i) { sn(o, r) } } if (o instanceof HTMLFormElement) { se(o.elements, function (e) { if (t.indexOf(e) >= 0) { rn(e.name, e.value, n) } else { t.push(e) } if (i) { sn(e, r) } }); new FormData(o).forEach(function (e, t) { if (e instanceof File && e.name === "") { return } nn(t, e, n) }) } } function sn(e, t) { const n = e; if (n.willValidate) { de(n, "htmx:validation:validate"); if (!n.checkValidity()) { t.push({ elt: n, message: n.validationMessage, validity: n.validity }); de(n, "htmx:validation:failed", { message: n.validationMessage, validity: n.validity }) } } } function ln(n, e) { for (const t of e.keys()) { n.delete(t) } e.forEach(function (e, t) { n.append(t, e) }); return n } function cn(e, t) { const n = []; const r = new FormData; const o = new FormData; const i = []; const s = ie(e); if (s.lastButtonClicked && !le(s.lastButtonClicked)) { s.lastButtonClicked = null } let l = e instanceof HTMLFormElement && e.noValidate !== true || te(e, "hx-validate") === "true"; if (s.lastButtonClicked) { l = l && s.lastButtonClicked.formNoValidate !== true } if (t !== "get") { on(n, o, i, g(e, "form"), l) } on(n, r, i, e, l); if (s.lastButtonClicked || e.tagName === "BUTTON" || e.tagName === "INPUT" && ee(e, "type") === "submit") { const u = s.lastButtonClicked || e; const a = ee(u, "name"); nn(a, u.value, o) } const c = we(e, "hx-include"); se(c, function (e) { on(n, r, i, ue(e), l); if (!d(e, "form")) { se(f(e).querySelectorAll(ot), function (e) { on(n, r, i, e, l) }) } }); ln(r, o); return { errors: i, formData: r, values: Nn(r) } } function un(e, t, n) { if (e !== "") { e += "&" } if (String(n) === "[object Object]") { n = JSON.stringify(n) } const r = encodeURIComponent(n); e += encodeURIComponent(t) + "=" + r; return e } function an(e) { e = qn(e); let n = ""; e.forEach(function (e, t) { n = un(n, t, e) }); return n } function fn(e, t, n) { const r = { "HX-Request": "true", "HX-Trigger": ee(e, "id"), "HX-Trigger-Name": ee(e, "name"), "HX-Target": te(t, "id"), "HX-Current-URL": ne().location.href }; bn(e, "hx-headers", false, r); if (n !== undefined) { r["HX-Prompt"] = n } if (ie(e).boosted) { r["HX-Boosted"] = "true" } return r } function dn(n, e) { const t = re(e, "hx-params"); if (t) { if (t === "none") { return new FormData } else if (t === "*") { return n } else if (t.indexOf("not ") === 0) { se(t.substr(4).split(","), function (e) { e = e.trim(); n.delete(e) }); return n } else { const r = new FormData; se(t.split(","), function (t) { t = t.trim(); if (n.has(t)) { n.getAll(t).forEach(function (e) { r.append(t, e) }) } }); return r } } else { return n } } function hn(e) { return !!ee(e, "href") && ee(e, "href").indexOf("#") >= 0 } function gn(e, t) { const n = t || re(e, "hx-swap"); const r = { swapStyle: ie(e).boosted ? "innerHTML" : Q.config.defaultSwapStyle, swapDelay: Q.config.defaultSwapDelay, settleDelay: Q.config.defaultSettleDelay }; if (Q.config.scrollIntoViewOnBoost && ie(e).boosted && !hn(e)) { r.show = "top" } if (n) { const s = F(n); if (s.length > 0) { for (let e = 0; e < s.length; e++) { const l = s[e]; if (l.indexOf("swap:") === 0) { r.swapDelay = h(l.substr(5)) } else if (l.indexOf("settle:") === 0) { r.settleDelay = h(l.substr(7)) } else if (l.indexOf("transition:") === 0) { r.transition = l.substr(11) === "true" } else if (l.indexOf("ignoreTitle:") === 0) { r.ignoreTitle = l.substr(12) === "true" } else if (l.indexOf("scroll:") === 0) { const c = l.substr(7); var o = c.split(":"); const u = o.pop(); var i = o.length > 0 ? o.join(":") : null; r.scroll = u; r.scrollTarget = i } else if (l.indexOf("show:") === 0) { const a = l.substr(5); var o = a.split(":"); const f = o.pop(); var i = o.length > 0 ? o.join(":") : null; r.show = f; r.showTarget = i } else if (l.indexOf("focus-scroll:") === 0) { const d = l.substr("focus-scroll:".length); r.focusScroll = d == "true" } else if (e == 0) { r.swapStyle = l } else { C("Unknown modifier in hx-swap: " + l) } } } } return r } function pn(e) { return re(e, "hx-encoding") === "multipart/form-data" || d(e, "form") && ee(e, "enctype") === "multipart/form-data" } function mn(t, n, r) { let o = null; Ft(n, function (e) { if (o == null) { o = e.encodeParameters(t, r, n) } }); if (o != null) { return o } else { if (pn(n)) { return ln(new FormData, qn(r)) } else { return an(r) } } } function xn(e) { return { tasks: [], elts: [e] } } function yn(e, t) { const n = e[0]; const r = e[e.length - 1]; if (t.scroll) { var o = null; if (t.scrollTarget) { o = ue(ae(n, t.scrollTarget)) } if (t.scroll === "top" && (n || o)) { o = o || n; o.scrollTop = 0 } if (t.scroll === "bottom" && (r || o)) { o = o || r; o.scrollTop = o.scrollHeight } } if (t.show) { var o = null; if (t.showTarget) { let e = t.showTarget; if (t.showTarget === "window") { e = "body" } o = ue(ae(n, e)) } if (t.show === "top" && (n || o)) { o = o || n; o.scrollIntoView({ block: "start", behavior: Q.config.scrollBehavior }) } if (t.show === "bottom" && (r || o)) { o = o || r; o.scrollIntoView({ block: "end", behavior: Q.config.scrollBehavior }) } } } function bn(r, e, o, i) { if (i == null) { i = {} } if (r == null) { return i } const s = te(r, e); if (s) { let e = s.trim(); let t = o; if (e === "unset") { return null } if (e.indexOf("javascript:") === 0) { e = e.substr(11); t = true } else if (e.indexOf("js:") === 0) { e = e.substr(3); t = true } if (e.indexOf("{") !== 0) { e = "{" + e + "}" } let n; if (t) { n = vn(r, function () { return Function("return (" + e + ")")() }, {}) } else { n = S(e) } for (const l in n) { if (n.hasOwnProperty(l)) { if (i[l] == null) { i[l] = n[l] } } } } return bn(ue(c(r)), e, o, i) } function vn(e, t, n) { if (Q.config.allowEval) { return t() } else { fe(e, "htmx:evalDisallowedError"); return n } } function wn(e, t) { return bn(e, "hx-vars", true, t) } function Sn(e, t) { return bn(e, "hx-vals", false, t) } function En(e) { return ce(wn(e), Sn(e)) } function Cn(t, n, r) { if (r !== null) { try { t.setRequestHeader(n, r) } catch (e) { t.setRequestHeader(n, encodeURIComponent(r)); t.setRequestHeader(n + "-URI-AutoEncoded", "true") } } } function On(t) { if (t.responseURL && typeof URL !== "undefined") { try { const e = new URL(t.responseURL); return e.pathname + e.search } catch (e) { fe(ne().body, "htmx:badResponseUrl", { url: t.responseURL }) } } } function O(e, t) { return t.test(e.getAllResponseHeaders()) } function Rn(t, n, r) { t = t.toLowerCase(); if (r) { if (r instanceof Element || typeof r === "string") { return he(t, n, null, null, { targetOverride: y(r) || ve, returnPromise: true }) } else { let e = y(r.target); if (r.target && !e || !e && !y(r.source)) { e = ve } return he(t, n, y(r.source), r.event, { handler: r.handler, headers: r.headers, values: r.values, targetOverride: e, swapOverride: r.swap, select: r.select, returnPromise: true }) } } else { return he(t, n, null, null, { returnPromise: true }) } } function Hn(e) { const t = []; while (e) { t.push(e); e = e.parentElement } return t } function Tn(e, t, n) { let r; let o; if (typeof URL === "function") { o = new URL(t, document.location.href); 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const n = ie(t); if (n && n.xhr) { n.xhr.abort() } }); const n = window.onpopstate ? window.onpopstate.bind(window) : null; window.onpopstate = function (e) { if (e.state && e.state.htmx) { Wt(); se(t, function (e) { de(e, "htmx:restored", { document: ne(), triggerEvent: de }) }) } else { if (n) { n(e) } } }; E().setTimeout(function () { de(e, "htmx:load", {}); e = null }, 0) }); return Q }();1;(function () { function splitOnWhitespace(trigger) { return trigger.split(/\s+/); } function parseClassOperation(trimmedValue) { var split = splitOnWhitespace(trimmedValue); if (split.length > 1) { var operation = split[0]; var classDef = split[1].trim(); var cssClass; var delay; if (classDef.indexOf(":") > 0) { var splitCssClass = classDef.split(':'); cssClass = splitCssClass[0]; delay = htmx.parseInterval(splitCssClass[1]); } else { cssClass = classDef; delay = 100; } return { operation: operation, cssClass: cssClass, delay: delay } } else { return null; } } function performOperation(elt, classOperation, classList, currentRunTime) { setTimeout(function () { elt.classList[classOperation.operation].call(elt.classList, classOperation.cssClass); }, currentRunTime) } function toggleOperation(elt, classOperation, classList, currentRunTime) { setTimeout(function () { setInterval(function () { elt.classList[classOperation.operation].call(elt.classList, classOperation.cssClass); }, classOperation.delay); }, currentRunTime) } function processClassList(elt, classList) { var runs = classList.split("&"); for (var i = 0; i < runs.length; i++) { var run = runs[i]; var currentRunTime = 0; var classOperations = run.split(","); for (var j = 0; j < classOperations.length; j++) { var value = classOperations[j]; var trimmedValue = value.trim(); var classOperation = parseClassOperation(trimmedValue); if (classOperation) { if (classOperation.operation === "toggle") { toggleOperation(elt, classOperation, classList, currentRunTime); currentRunTime = currentRunTime + classOperation.delay; } else { currentRunTime = currentRunTime + classOperation.delay; performOperation(elt, classOperation, classList, currentRunTime); } } } } } function maybeProcessClasses(elt) { if (elt.getAttribute) { var classList = elt.getAttribute("classes") || elt.getAttribute("data-classes"); if (classList) { processClassList(elt, classList); } } } htmx.defineExtension('class-tools', { onEvent: function (name, evt) { if (name === "htmx:afterProcessNode") { var elt = evt.detail.elt; maybeProcessClasses(elt); if (elt.querySelectorAll) { var children = elt.querySelectorAll("[classes], [data-classes]"); for (var i = 0; i < children.length; i++) { maybeProcessClasses(children[i]); } } } } }); })();;htmx.defineExtension("preload", { onEvent: function (e, t) { if ("htmx:afterProcessNode" === e) { var r = function (e, t) { if (null != e) return e.getAttribute(t) || e.getAttribute("data-" + t) || r(e.parentElement, t) }, a = function (e) { var t = function (t) { e.preloadAlways || (e.preloadState = "DONE"), "true" == r(e, "preload-images") && (document.createElement("div").innerHTML = t) }; return function () { if ("READY" === e.preloadState) { var r = e.getAttribute("hx-get") || e.getAttribute("data-hx-get"); if (r) htmx.ajax("GET", r, { source: e, handler: function (e, r) { t(r.xhr.responseText) } }); else if (e.getAttribute("href")) { var a = new XMLHttpRequest; return a.open("GET", e.getAttribute("href")), a.onload = function () { t(a.responseText) }, void a.send() } } } }, n = function (e) { if (e.getAttribute("href") + e.getAttribute("hx-get") + e.getAttribute("data-hx-get") == "") return; if (void 0 !== e.preloadState) return; var t = r(e, "preload") || "mousedown"; const n = -1 !== t.indexOf("always"); switch (n && (t = t.replace("always", "").trim()), e.addEventListener(t, (function (r) { "PAUSE" === e.preloadState && (e.preloadState = "READY", "mouseover" === t ? window.setTimeout(a(e), 100) : a(e)()) })), t) { case "mouseover": e.addEventListener("touchstart", a(e)), e.addEventListener("mouseout", (function (t) { t.target === e && "READY" === e.preloadState && (e.preloadState = "PAUSE") })); break; case "mousedown": e.addEventListener("touchstart", a(e)) }e.preloadState = "PAUSE", e.preloadAlways = n, htmx.trigger(e, "preload:init") }; t.target.querySelectorAll("[preload]").forEach((function (e) { n(e), e.querySelectorAll("a,[hx-get],[data-hx-get]").forEach(n) })) } } });SuperMicro (NASDAQ: SMCI) leads in comprehensive IT solutions, specializing in Enterprise, Cloud, AI, and 5G Telco/Edge IT Infrastructure, offering server, AI, storage, IoT, and Switch Systems.
Recognized for innovative server solutions, Supermicro manufactures high-performance servers across global facilities in the US, Taiwan, and The Netherlands.
Committed to delivering advanced products, SuperMicro maintains a meticulous approach to manufacturing, aiming to optimize Total Cost of Ownership (TCO) and reduce environmental impact through Green Computing practices.
Supermicro's product lineup includes server motherboards, chassis, power supplies, and storage systems, focusing on delivering cutting-edge hardware for data centers, cloud computing, and enterprises. They provide the industry's broadest selection of high-quality hardware for fully application-optimized server, storage, embedded/IoT, and workstation solutions:
High-performance, high-efficiency servers enhance computing power
Advanced storage solutions ensure fast, reliable data access
Green Computing initiatives reduce environmental impact
Diverse IT hardware for data centers, cloud, AI, and edge computing
Simplified deployment and maintenance with modular designs
Partnerships with leading technology providers enrich product offerings
Global infrastructure supports rapid, scalable deployment
Commitment to innovation drives continuous improvement in IT solutions
All-flash NVMe systems offer exceptional speed and efficiency
High-density MicroBlade servers optimize space and power usage
With an award-winning portfolio of Server Building Block Solutions®, Supermicro empowers customers to tailor their infrastructure precisely to their workload and application needs. This flexibility is achieved through a diverse family of systems built from adaptable and reusable building blocks, supporting a wide range of form factors, processors, memory configurations, GPUs, storage options, networking solutions, and power and cooling mechanisms, including air conditioning, free air cooling, or liquid cooling.
What do you get when you take the CloudDC server and double it? With up to 24 PCIe Gen 5 Memory, CXL 1.1+ support, expansion slots for GPU and accelerators LinusTechTips takes you inside the box of the H13 Hyper systems and its unparallel versatility and performance.
In the era of AI, a unit of compute is no longer measured by just the number of servers. Interconnected GPUs, CPUs, memory, storage, and these resources across multiple nodes in racks construct today's artificial Intelligence. The infrastructure requires high-speed and low-latency network fabrics, and carefully designed cooling technologies and power delivery to sustain optimal performance and efficiency for each data center environment. Supermicro’s SuperCluster solution provides foundational building blocks for rapidly evolving Generative AI and Large Language Models (LLMs).
Design and build of full racks and clusters with a global manufacturing capacity of up to 5,000 racks per month
Proven L11, L12 testing processes thoroughly validate the operational effectiveness and efficiency before shipping
Fully integrated liquid-cooling or air cooling solution with GPU & CPU cold plates, Cooling Distribution Units and Manifolds
One-stop-shop to deliver fully integrated racks fast and on-time to reduce time-to-solution for rapid deployment
The full turn-key data center solution accelerates time-to-delivery for mission-critical enterprise use cases, and eliminates the complexity of building a large cluster, which previously was achievable only through the intensive design tuning and time-consuming optimization of supercomputing.
With 32 NVIDIA HGX H100/H200 8-GPU, 4U Liquid-cooled Systems (256 GPUs) in 5 Racks
Doubling compute density through Supermicro’s custom liquid-cooling solution with up to 40% reduction in electricity cost for data center
256 NVIDIA H100/H200 GPUs in one scalable unit
20TB of HBM3 with H100 or 36TB of HBM3e with H200 in one scalable unit
1:1 networking to each GPU to enable NVIDIA GPUDirect RDMA and Storage for training large language model with up to trillions of parameters
Customizable AI data pipeline storage fabric with industry leading parallel file system options
NVIDIA AI Enterprise Software Ready
NVIDIA HGX H100/H200 8-GPU
SYS-421GE-TNHR2-LCC
AS -4125GS-TNHR2-LCC
The dynamic collaboration between NVIDIA and Supermicro is revolutionizing AI innovation, pushing computing capabilities to new heights. By integrating NVIDIA's cutting-edge GPU technology with Supermicro's advanced server solutions, this partnership delivers unmatched performance and efficiency. Together, they empower businesses to harness the full potential of AI-driven insights and applications, shaping the future of technology.
With the continued rollout of advanced applications and workloads, customers require manageable, secure, and scalable servers for their data centers. Supermicro's compelling lineup of high-performance servers supporting NVIDIA GPUs and DPUs includes a growing number of NVIDIA-Certified Systems, with many more currently undergoing the certification process. Each server/GPU configuration earns its own certification.
Large Scale AI Training and HPC Optimized | Certified for large-scale deep learning and HPC with highest-performance GPUs, high-speed GPU-to-GPU interconnect with NVIDIA NVLink®, PCIe 5.0 switches, fastest flash storage and networking supporting NVIDIA GPUDirect RDMA and Storage. |
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AI Training & Inferencing, General Purpose, Virtualization Optimized | Rackmount, multi-node, and blade servers that support GPUs for wide range of accelerated workloads, AI-enabled applications, visualization, 3D simulation, virtual workstation. |
Enterprise Edge and Industrial Edge Optimized | Certified edge systems running accelerated applications outside a traditional data centers. These systems are designed to be deployed in controlled or restrictive environments, such as retail store, factory or telco micro data center. |
Workstation | Powerful desktop workstations designed and certified for enterprise and professionals to accelerate AI and data science model development, 3D rendering, and creative visual design. |
Performance | NVIDIA-Certified Systems are configured to deliver excellent performance for a diverse range of workloads. Customers can run most accelerated applications on these systems – including GPU-optimized software from the NVIDIA NGC™ catalog and commercially available applications. |
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Manageability | Certification tests are run on the NVIDIA Cloud Native Stack using Kubernetes for orchestration. This validates that certified servers can be fully managed by leading IT management frameworks. |
Security | NVIDIA-Certified Systems secure workflows by protecting data at the platform, network, and application layers. Whether these systems are deployed in a datacenter or at the edge, customers can be assured that they don’t have to compromise on security when running accelerated applications. |
Scalability | NVIDIA-Certified servers are tested to validate both multi-GPU and multi-node performance, as well as the performance of multiple workloads running on a single GPU with Multi-Instance GPU (MIG) technology. |
Supermicro
Supermicro 3U MicroCloud System with motherboard Super H13SRD-F
CPU - AMD RYZEN 9 7950x3D 5.70GHZ 16 COR, Up to 16MB Cache (Supports 65W - 170W TDP CPUs (Air Cooled)*)
Memory - 32GB DDR5 5200MT (Slot Count: 4 DIMM slots /Max Memory (2DPC): Up to 192GB 5200MT)
Network - Intel X540-T2 10 Gigabit Ethernet Card - PCI Express x8 - 2 x Network (RJ-45) Low-profile
Supermicro
Supermicro 3U SYS-5039MC-H12TRF (Black) with motherboard Super X11SCE-F
CPU - Intel® Xeon® E-2234 Processor (8M Cache, 3.60 GHz) FC-LGA14C, Tray
Memory - Up to 128GB unbuffered VLP ECC, up to DDR4-2666MHz; 4 DIMM slots
16GB DDR4-2666 2RX8 ECC VLP UDIMM
As a global leader in application-optimized Total IT Solutions, Supermicro is at the forefront of driving innovation in AI. Supermicro Founder and CEO, Charles Liang, will showcase the latest technological developments and opportunities that are propelling the growth of artificial intelligence and cloud computing, and highlight strategies for deploying Total IT Solutions with a focus on green computing, emphasizing Supermicro's commitment to sustainability. He will also be joined by some of our esteemed partners to demonstrate how Supermicro's latest innovations are driving IT growth and revolutionizing data center infrastructure, accelerated computing, and other key areas.
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At ServerDirect, we specialize in providing top-notch hardware server solutions and services
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