VCP6 DCV Official Cert Guide Exam 2.V0 6.Edition.Online Sample Chapter.Storage, Part 1.Sample Pages.Download the sample pages includes Chapter 4 and IndexTable of Contents.Introduction xxviii.Download Bully Scholarship Edition Pc Iso .A Collection of Free Algorithms and Data Structures Books.Chapter 1 Security 3 Do I Know This Already Quiz 3 Foundation Topics 6 Objective 1.Confi gure and Administer Role based Access Control 6 Compare and Contrast Propagated and Explicit Permission Assignments 6 ViewSortExport User and Group Lists 6 AddModifyRemove Permissions for Users and Groups on v.Center Server Inventory Objects 7 Determine How Permissions Are Applied and Inherited in v.Center Server 1.CreateCloneEdit v.Center Server Roles 1.Confi gure VMware Directory Service 1.Apply a Role to a UserGroup and to an Object or a Group of Objects 1.Change Permission Validation Settings 1.Determine the Appropriate Set of Privileges for Common Tasks in v.Center Server 1.Compare and Contrast Default SystemSample Roles 2.Determine the Correct Permissions Needed to Integrate v.Data Communication And Networking 3Rd Edition Solutions' title='Data Communication And Networking 3Rd Edition Solutions' />Center Server with Other VMware Products 2.Objective 1.Secure ESXi, v.Center Server, and v.Sphere Virtual Machines 2.Harden Virtual Machine Access 2.Control VMware Tools Installation 2.Control VM Data Access 2.Configure Virtual Machine Security Policies 2.Harden a Virtual Machine Against Denial of Service Attacks 2.Control VMVM Communications 2.Control VM Device Connections 2.Configure Network Security Policies 2.Harden ESXi Hosts 3.EnableConfigureDisable Services in the ESXi Firewall 3.Change Default Account Access 3.Add an ESXi Host to a Directory Service 3.Apply Permissions to ESXi Hosts Using Host Profiles 3.Enable Lockdown Mode 3.Control Access to Hosts DCUIShellSSHMOB 3.Harden v.Center Server 3.Control Datastore Browser Access 3.CreateManage v.Center Server Security Certificates 3.Control MOB Access 4.Change Default Account Access 4.Restrict Administrative Privileges 4.Understand the Implications of Securing a v.Sphere Environment 4.Objective 1.Enable SSO and Active Directory Integration 4.Describe SSO Architecture and Components 4.Differentiate Available Authentication Methods with VMware v.Center 4.Perform a Multi site SSO Installation 4.Confi gureManage Active Directory Authentication 4.Confi gureManage Platform Services Controller PSC 4.Confi gureManage VMware Certifi cate Authority VMCA 5.EnableDisable Single Sign On SSO Users 5.Upgrade a SingleMulti site SSO Installation 5.Confi gure SSO Policies 5.AddEditRemove SSO Identity Sources 5.Add an ESXi Host to an AD Domain 5.Summary 5.Exam Preparation Tasks 5.Review All the Key Topics 5.Complete the Tables and Lists from Memory 5.Defi nitions of Key Terms 5.Answer Review Questions 5.Chapter 2 Networking, Part 1 6.Do I Know This Already Quiz 6.Foundation Topics 6.Objective 2.Confi gure Advanced PoliciesFeatures and Verify Network Virtualization Implementation 6.Compare and Contrast v.Sphere Distributed Switch v.DS Capabilities 6.CreateDelete a v.Sphere Distributed Switch 6.AddRemove ESXi Hosts from a v.Sphere Distributed Switch 7.AddConfi gureRemove dv.Port Groups 8.AddRemove Uplink Adapters to dv.Uplink Groups 8.Confi gure v.Sphere Distributed Switch General and dv.Port Group Settings 9.CreateConfi gureRemove Virtual Adapters 9.Migrate Virtual Machines tofrom a v.Sphere Distributed Switch 9.Migrating Virtual Machines Individually 9.Migrating Multiple Virtual Machines 1.Confi gure LACP on dv.Uplink and dv.Port Groups 1.Describe v.DS Security PoliciesSettings 1.Confi gure dv.Port Group Blocking Policies 1.Confi gure Load Balancing and Failover Policies 1.Confi gure VLANPVLAN Settings for VMs Given Communication Requirements 1.Confi gure Traffi c Shaping Policies 1.Enable TCP Segmentation Offl oad Support for a Virtual Machine 1.Enable Jumbo Frames Support on Appropriate Components 1.Determine Appropriate VLAN Confi guration for a v.Sphere Implementation 1.Recognize Behavior of v.DS Auto Rollback 1.Confi gure v.DS Across Multiple v.Center Servers to Support Long Distance v.Motion 1.Summary 1.Exam Preparation Tasks 1.Review All the Key Topics 1.Complete the Tables and Lists from Memory 1.Defi nitions of Key Terms 1.Answer Review Questions 1.Chapter 3 Networking, Part 2 1.Do I Know This Already Quiz 1.Foundation Topics 1.Objective 2. The Cat Who Killed Lilian Jackson Braun Book . Confi gure Network IO Control NIOC 1.Defi ne Network IO Control 1.Explain Network IO Control Capabilities 1.Confi gure NIOC SharesLimits Based on VM Requirements 1.Explain the Behavior of a Given Network IO Control Setting 1.Determine Network IO Control Requirements 1.Differentiate Network IO Control Capabilities 1.EnableDisable Network IO Control 1.Monitor Network IO Control 1.Summary 1.Exam Preparation Tasks 1.Review All the Key Topics 1.Complete the Tables and Lists from Memory 1.Defi nitions of Key Terms 1.Answer Review Questions 1.Chapter 4 Storage, Part 1 1.Do I Know This Already Quiz 1.Foundation Topics 1.Objective 3.Manage v.Sphere Storage Virtualization 1.Storage Protocols 1.Identify Storage Adapters and Devices 1.Display Storage Adapters for a Host 1.Storage Devices for an Adapter 1.Fibre Channel Protocol 1.Fibre Channel over Ethernet Protocol 1.SCSI Protocol 1.NFS Protocol 1.Authentication NFSv.Kerberos Authentication 1.Native Multipathing and Session Trunking 1.In band, Mandatory, and Stateful Server Side File Locking 1.Identify Storage Naming Conventions 1.Identify HardwareDependent HardwareSoftware i.SCSI Initiator Requirements 1.Discover New Storage LUNs 1.Confi gure FCi.SCSIFCo.E LUNs as ESXi Boot Devices 1.FC 1.SCSI 1. 72 FCo.E 1.Create an NFS Share for Use with v.Sphere 1.EnableConfi gureDisable v.Center Server Storage Filters 1.SCSI 1.ConfigureEdit HardwareDependent Hardware Initiators 1.EnableDisable Software i.SCSI Initiator 1.ConfigureEdit Software i.SCSI Initiator Settings 1.Determine Use Case for HardwareDependent HardwareSoftware i.SCSI Initiator 1.Configure i.SCSI Port Binding 1.EnableConfigureDisable i.SCSI CHAP 1.Determine Use Cases for Fibre Channel Zoning 1.Compare and Contrast Array and Virtual Disk Thin Provisioning 1.Array Thin Provisioning 1.Virtual Disk Thin Provisioning 1.Determine Use Case for and Configure Array Thin Provisioning 1.Summary 1.Exam Preparation Tasks 1.Review All the Key Topics 1.Complete the Tables and Lists from Memory 1.Defi nitions of Key Terms 1.Answer Review Questions 1.Chapter 5 Storage, Part 2 1.Do I Know This Already Quiz 1.Foundation Topics 1.Objective 3.Confi gure Software defi ned Storage 1.Explain VSAN and VVOL Architectural Components 1.VSAN 1.VVOL 1.Determine the Role of Storage Providers in VSAN 1.Determine the Role of Storage Providers in VVOLs 1.Explain VSAN Failure Domains Functionality 1.Confi gureManage VMware Virtual SAN 1.CreateModify VMware Virtual Volumes VVOLs 2.Confi gure Storage Policies 2.EnableDisable Virtual SAN Fault Domains 2.Create Virtual Volumes Given the Workload and Availability Requirements 2.Collect VSAN Observer Output 2.Create Storage Policies Appropriate for Given Workloads and Availability Requirements 2.Confi gure VVOLs Protocol Endpoints 2.Objective 3.Confi gure v.Sphere Storage Multipathing and Failover 2.Explain Common Multipathing Components 2.Differentiate APD and PDL States 2.Compare and Contrast Active Optimized vs.Active non Optimized Port Group States 2.Explain Features of Pluggable Storage Architecture PSA 2.MPP 2.NMP 2.SATP 2. 10 PSP 2.Understand the Effects of a Given Claim Rule on Multipathing and Failover 2.Explain the Function of Claim Rule Elements 2.Change the Path Selection Policy Using the UI 2.Determine the Effect of Changing PSP on Multipathing and Failover 2.Determine the Effect of Changing SATP on Multipathing and Failover 2.Confi gureManage Storage Load Balancing 2.Differentiate Available Storage Load Balancing Options 2.Differentiate Available Storage Multipathing Policies 2.Confi gure Storage Policies 2.Locate Failover Events in the UI 2.Summary 2.Exam Preparation Tasks 2.Review All the Key Topics 2.Complete the Tables and Lists from Memory 2.Defi nitions of Key Terms 2.Answer Review Questions 2.Chapter 6 Storage, Part 3 2.Do I Know This Already Quiz 2.Foundation Topics 2.The Nutanix Bibleacropolis krplis noun data planestorage, compute and virtualization platform.Architecture.Acropolis is a distributed multi resource manager, orchestration platform and data plane.It is broken down into three main components Distributed Storage Fabric DSF.This is at the core and birth of the Nutanix platform and expands upon the Nutanix Distributed Filesystem NDFS.NDFS has now evolved from a distributed system pooling storage resources into a much larger and capable storage platform.App Mobility Fabric AMF.Hypervisors abstracted the OS from hardware, and the AMF abstracts workloads VMs, Storage, Containers, etc.This will provide the ability to dynamically move the workloads between hypervisors, clouds, as well as provide the ability for Nutanix nodes to change hypervisors.Hypervisor.A multi purpose hypervisor based upon the Cent.OS KVM hypervisor.Building upon the distributed nature of everything Nutanix does, were expanding this into the virtualization and resource management space.Acropolis is a back end service that allows for workload and resource management, provisioning, and operations.Its goal is to abstract the facilitating resource e.This gives workloads the ability to seamlessly move between hypervisors, cloud providers, and platforms.The figure highlights an image illustrating the conceptual nature of Acropolis at various layers Figure 1.High level Acropolis Architecture.Note.Supported Hypervisors for VM Management.As of 4.AHV and ESXi are the supported hypervisors for VM management, however this may expand in the future.The Volumes API and read only operations are still supported on all.Hyperconverged Platform.For a video explanation you can watch the following video LINKThe Nutanix solution is a converged storage compute solution which leverages local components and creates a distributed platform for virtualization, also known as a virtual computing platform.The solution is a bundled hardware software appliance which houses 2 6.U footprint.Each node runs an industry standard hypervisor ESXi, KVM, Hyper V currently and the Nutanix Controller VM CVM.The Nutanix CVM is what runs the Nutanix software and serves all of the IO operations for the hypervisor and all VMs running on that host.For the Nutanix units running VMware v.Sphere, the SCSI controller, which manages the SSD and HDD devices, is directly passed to the CVM leveraging VM Direct Path Intel VT d.In the case of Hyper V, the storage devices are passed through to the CVM.The following figure provides an example of what a typical node logically looks like Figure 1.Converged Platform.Distributed System.There are three very core structs for distributed systems.Must have no single points of failure SPOF.Must not have any bottlenecks at any scale must be linearly scalable.Must leverage concurrency Map.Reduce.Together, a group of Nutanix nodes forms a distributed system Nutanix cluster responsible for providing the Prism and Acropolis capabilities.All services and components are distributed across all CVMs in a cluster to provide for high availability and linear performance at scale.The following figure shows an example of how these Nutanix nodes form a Nutanix cluster Figure 1.Nutanix Cluster Distributed System.These techniques are also applied to metadata and data alike.By ensuring metadata and data is distributed across all nodes and all disk devices we can ensure the highest possible performance during normal data ingest and re protection.This enables our Map.Reduce Framework Curator to leverage the full power of the cluster to perform activities concurrently.Sample activities include that of data re protection, compression, erasure coding, deduplication, etc.The following figure shows how the of work handled by each node drastically decreases as the cluster scales.Figure.Work Distribution Cluster Scale.Key point As the number of nodes in a cluster increases cluster scaling, certain activities actually become more efficient as each node is handling only a fraction of the work.Software Defined.There are three very core structs for software definition systems.Must provide platform mobility hardware, hypervisor.Must not be reliant on any custom hardware.Must enable rapid speed of development features, bug fixes, security patches.Must take advantage of Moores Law.As mentioned above likely numerous times, the Nutanix platform is a software based solution which ships as a bundled software hardware appliance.The controller VM is where the vast majority of the Nutanix software and logic sits and was designed from the beginning to be an extensible and pluggable architecture.A key benefit to being software defined and not relying upon any hardware offloads or constructs is around extensibility.As with any product life cycle, advancements and new features will always be introduced.By not relying on any custom ASICFPGA or hardware capabilities, Nutanix can develop and deploy these new features through a simple software update.This means that the deployment of a new feature e.Nutanix software.This also allows newer generation features to be deployed on legacy hardware models.For example, say youre running a workload running an older version of Nutanix software on a prior generation hardware platform e.The running software version doesnt provide deduplication capabilities which your workload could benefit greatly from.To get these features, you perform a rolling upgrade of the Nutanix software version while the workload is running, and you now have deduplication.Its really that easy.Similar to features, the ability to create new adapters or interfaces into DSF is another key capability.When the product first shipped, it solely supported i.SCSI for IO from the hypervisor, this has now grown to include NFS and SMB.In the future, there is the ability to create new adapters for various workloads and hypervisors HDFS, etc.And again, all of this can be deployed via a software update.This is contrary to most legacy infrastructures, where a hardware upgrade or software purchase is normally required to get the latest and greatest features.With Nutanix, its different.Since all features are deployed in software, they can run on any hardware platform, any hypervisor, and be deployed through simple software upgrades.The following figure shows a logical representation of what this software defined controller framework looks like Figure 1.Software Defined Controller Framework.Cluster Components.For a visual explanation you can watch the following video LINK.The user facing Nutanix product is extremely simple to deploy and use.This is primarily possible through abstraction and a lot of automation integration in the software.The following is a detailed view of the main Nutanix Cluster components dont worry, no need to memorize or know what everything does Figure 1.Nutanix Cluster Components.Cassandra.Key Role Distributed metadata store.Description Cassandra stores and manages all of the cluster metadata in a distributed ring like manner based upon a heavily modified Apache Cassandra.The Paxos algorithm is utilized to enforce strict consistency.This service runs on every node in the cluster.The Cassandra is accessed via an interface called Medusa.Zookeeper.Key Role Cluster configuration manager.Description Zookeeper stores all of the cluster configuration including hosts, IPs, state, etc.Apache Zookeeper.This service runs on three nodes in the cluster, one of which is elected as a leader.The leader receives all requests and forwards them to its peers.If the leader fails to respond, a new leader is automatically elected.Zookeeper is accessed via an interface called Zeus.Stargate.Key Role Data IO manager.Description Stargate is responsible for all data management and IO operations and is the main interface from the hypervisor via NFS, i.SCSI, or SMB.This service runs on every node in the cluster in order to serve localized IO.Curator.
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Bob Swartz on MITs Role in His Sons Death. Bob Swartz walks past MITs Building 1. Aaron was caught downloading files from an academic archive in 2. Photograph by Mark FlemingThere was a point, during the two years of legal proceedings that would overtake, and then shatter, both of their lives, when Bob Swartz and his son Aaron found themselves with a bit of free time. They had arrived at the Federal Reserve building, in Boston, to meet Aarons lawyerone of dozens of meetings Bob would arrange in hopes of fending off the 1. But they were early, so they took a walk. Aaron was Bobs first child, the oldest of three boys, and he was a fragile, thoughtful kid from the very beginning. Growing up, Aaron and his brothers, Noah and Ben, had unfettered access to the nascent Internet, creating and coding projects of their own design. Evenings were spent building robots with Legos, playing Myst or Magic The Gathering. Dinner table conversations might concern the merits of a particular font, or Edward Tuftes theories of information. It was a house of ideas, Bob says. Aaron taught himself to read at age three, and became bored with school shortly thereafter. By ninth grade he became an anti school activist, arguing that rote drills and homework assignments couldnt teach kids how to think. Instead, he chose to be unschooled, documenting his progress on a blog he called Schoolyard Subversion. He lived more of his life online than he did with his friends, Bob says. There was a degree of alienation that occurred, especially as he got older. He was working on the Internet and that was sort of terra incognita. But Aaron found a network of friends onlinemany far older than hewho shared his interest in the future of the Web. Bob understood his dark eyed, curious sons enthusiasms. They spent time together in their Highland Park home, bonding over books as Aaron mowed through the familys canon. One summer, they cataloged several thousand of their books according to the Library of Congress classification system. One night a fight erupted over standards. Aaron won. Another time, Bob took Aaron to the Crerar Library at the University of Chicago, just as his own father had once taken him. Bob led Aaron through the stacks, pulled a book off the shelf, and cradled it in his hands. It was from the 1. He told his son libraries were portals into the knowledge of the world. Whenever Aaron needed advice, his father would share an insight from life or literature. Tim BernersLee, the father of the World Wide Web, listed his top worries for the future of his creation earlier this year. One of his biggest concerns is the. You always answer things in stories, Aaron would say. That afternoon, as Bob and Aaron circled the block, they discussed the events of the past few monthsAarons arrest, when he was forced to the pavement his strip search and solitary confinement upon arraignment the increasingly circuitous route the U. S. Attorneys Office was taking in negotiating the charges their legal fees, which would soon clear 1 million the looming felony conviction that Aaron feared. Aaron said he felt as though hed been living in a version of The Trial, Kafkas classic novel, which follows the incoherent prosecution of a defendant named Josef K. Aaron had read the story in 2. Id not really read much Kafka before and had grown up led to believe that it was a paranoid and hyperbolic work, he wrote. Instead, hed found it precisely accurateevery single detail perfectly mirrored my own experience. This isnt fiction, but documentary. Bob had admired Kafka, but didnt remember the plot of The Trial. He asked Aaron to remind him how the story ended. Aaron just stared at him. They killed K., Dad, Aaron told him. They killed him. Just a few months later, on January 1. Secret Service agent in Central Square, Aaron Swartz hanged himself in his Brooklyn apartment. He was 2. 6 years old. MIT may be the worlds most prestigious engineering school, with touchscreen maps installed in its building lobbies, but it remains a remarkably difficult place to navigate. To find room 4. 85 in the Media Lab building, you pass through a series of silver double doors, then skirt a workshop where a garden of mechanical flowers gleam purple and silver under iridescent lights. There are no bumper stickers or flyers taped to the hall window of room 4. The only sign its occupied at all is the magnetic poetry on the door. Most of the tiles are a random scramble, but nine have been arranged to form the lines Construct the future to be better for your children. Bob Swartz is inside. Bob has kind brown eyes and a brow crowned with gray fuzz. He wears a striped button down shirt, khakis, a brown belt, a Tag Heuer watch with a simple brown leather strap, and sensible shoes. He swivels in his chair with one leg tucked underneath him. The room is small, only about 1. This is where the chairs hang out, he jokes. There is weariness in his voice. I feel bad putting them out in the hall. Bob lives in Highland Park, Illinois. For more than a decade, he has traveled to the MIT campus each month to consult on intellectual property aspects of Media Lab creations. After Aarons arrest, these trips took on a new urgency He had to file motions, meet with attorneys, plead with MIT administrators. Now, in the wake of his sons death, coming here has become an exercise in grief. I see Aaron on every corner, he says. I pass by the building. I see MIT police. I remember, I remember him he sighs. We spent a lot of time here. There are all sorts of painful aspects of what happened. They come back. The Two Phone, Two Terabyte Mobile Setup. The future is hell when it comes to device compatibility. Aside from updates bricking devices or rendering them obsolete, youll eventually need to buy all new cables, connectors, and compatible devices to keep everything running Im looking at you, USB C. The purpose of this webpage is to provide information a majority are secret or are hard to find on the iPhone, iPad, and iPod touch. It will mainly concentrate on. Its a hassle, especially when something as simple as your headphones can cause a world of headaches. We hate to break it to you, but the traditional USB ports youve used to connect your cameras,Read more Read. Flickr user Roman Sulovsky showed off his own gear, stuffed with enough cables and data storage to future proof himself for a few years until cables are a thing of the past, I assume. 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SAM. gov The System for Award Management SAM is the Official U. S. Government system that consolidated the capabilities of CCRFedReg, ORCA, and EPLS. Films. info button v 1. Vote for ice. Films. IE 6 lt link relstylesheet typetextcss mediascreen hrefhttp globolister. This document describes how to setup and use the Network Performance Monitor solution in Log Analytics, which helps you monitor the performance of your networksin. List of USB IDs Maintained by Stephen J. Gowdy If you have any new entries, please submit them via http or send. Free PDF Printer Create PDF documents from Windows applications. Supports Citrix, Terminal Server, Windows 8, Windows Server 2012, Windows 7, Vista, 2008R2, 2008. This chapter explains managing, monitoring, and troubleshooting AnyConnect sessions. Robin Keirs Software The Giant Port List. Giant Port List. Down to the UDP port list. TCP Ports. TCP 0 Reserved. TCP 1 Port Service Multiplexer. TCP 2 Management Utility. TCP 3 Compression Process. TCP 4 Unassigned. TCP 5 Remote Job Entry. TCP 6 Unassigned. TCP 8 Unassigned. TCP 9 Discard. TCP 1. Unassigned. TCP 1. Active Users. TCP 1. Unassigned. TCP 1. Daytime RFC 8. 67. TCP 1. 4 Unassigned. TCP 1. 5 Unassigned was netstat. TCP 1. 6 Unassigned. TCP 1. 7 Quote of the Day. TCP 1. 8 Message Send Protocol. TCP 1. 9 Character Generator. TCP 2. 0 File Transfer Default Data. TCP 2. 1 File Transfer Control. TCP 2. 2 SSH Remote Login Protocol. TCP 2. 3 Telnet. TCP 2. TCP 2. 5 Simple Mail Transfer. TCP 2. 6 Unassigned. TCP 2. 7 NSW User System FE. TCP 2. 8 Unassigned. TCP 2. 9 MSG ICP. TCP 3. 0 Unassigned. TCP 3. 1 MSG Authentication. TCP 3. 2 Unassigned. TCP 3. 3 Display Support Protocol. TCP 3. 4 Unassigned. TCP 3. 5 any private printer server. TCP 3. 6 Unassigned. TCP 3. 7 Time W3. Sober. I virus. TCP 3. Route Access Protocol. TCP 3. 9 Resource Location Protocol. TCP 4. 0 Unassigned. TCP 4. 1 Graphics. TCP 4. 2 Host Name Server. TCP 4. 4 MPM FLAGS Protocol. TCP 4. 5 Message Processing Module recv. TCP 4. 6 MPM default send. TCP 4. 7 NI FTP. TCP 4. Digital Audit Daemon. TCP 4. 9 Login Host Protocol TACACS. TCP 5. 0 Remote Mail Checking Protocol. TCP 5. 1 IMP Logical Address Maintenance. TCP 5. 2 XNS Time Protocol. TCP 5. 3 Domain Name Server. TCP 5. 4 XNS Clearinghouse. TCP 5. 5 ISI Graphics Language. TCP 5. 6 XNS Authentication. TCP 5. 7 any private terminal access. TCP 5. 8 XNS Mail. TCP 5. 9 any private file service. TCP 6. 0 Unassigned. TCP 6. 1 NI MAIL. TCP 6. 2 ACA Services. TCP 6. 3 whois. TCP 6. 4 Communications Integrator CI. TCP 6. 5 TACACS Database Service. TCP 6. 6 Oracle SQLNET. TCP 6. 7 Bootstrap Protocol Server. TCP 6. 8 Bootstrap Protocol Client. TCP 6. 9 Trivial File Transfer. TCP 7. 0 Gopher. TCP 7. Remote Job Service. TCP 7. 2 Remote Job Service. TCP 7. 3 Remote Job Service. TCP 7. 4 Remote Job Service. TCP 7. 5 any private dial out service. TCP 7. 6 Distributed External Object Store. TCP 7. 7 any private RJE service. TCP 7. 8 vettcp. TCP 7. Finger. TCP 8. 0 World Wide Web HTTP. TCP 8. 1 HOSTS2 Name Server Bagle AZ worm Win. Rbot worm. TCP 8. XFER Utility. TCP 8. MIT ML Device. TCP 8. Common Trace Facility. TCP 8. 5 MIT ML Device. TCP 8. 6 Micro Focus Cobol. TCP 8. 7 any private terminal link. TCP 8. 8 Kerberos. TCP 8. 9 SUMIT Telnet Gateway. TCP 9. 0 DNSIX Securit Attribute Token Map. TCP 9. 1 MIT Dover Spooler. TCP 9. 2 Network Printing Protocol. TCP 9. 3 Device Control Protocol. TCP 9. 4 Tivoli Object Dispatcher. TCP 9. 5 SUPDUP. TCP 9. DIXIE Protocol Specification. TCP 9. 7 Swift Remote Virtural File Protocol. TCP 9. 8 Linuxconf TAC News. TCP 9. 9 Metagram Relay. TCP 1. 00 unauthorized use. TCP 1. 01 NIC Host Name Server. TCP 1. 02 MSExchange. MTA X. 4. 00 ISO TSAP Class 0. TCP 1. 03 Genesis Point to Point Trans Net. TCP 1. 04 ACR NEMA Digital Imag. Comm. 3. 00. TCP 1. Mailbox Name Nameserver. TCP 1. 06 3. COM TSMUX. TCP 1. 07 Remote Telnet Service. TCP 1. 08 SNA Gateway Access Server. TCP 1. 09 Post Office Protocol Version 2. TCP 1. 10 Post Office Protocol Version 3. TCP 1. 11 SUN Remote Procedure Call. TCP 1. 12 Mc. IDAS Data Transmission Protocol. TCP 1. 13 Authentication Service. TCP 1. 14 Audio News Multicast. TCP 1. 15 Simple File Transfer Protocol. TCP 1. 16 ANSA REX Notify. TCP 1. 17 UUCP Path Service. TCP 1. 18 SQL Services. TCP 1. 19 Network News Transfer Protocol. TCP 1. 20 CFDPTKT. TCP 1. 21 Encore Expedited Remote Pro. Call. TCP 1. 22 SMAKYNET. TCP 1. 23 Network Time Protocol. TCP 1. 24 ANSA REX Trader. TCP 1. 25 Locus PC Interface Net Map Ser. TCP 1. 26 Unisys Unitary Login. TCP 1. 27 Locus PC Interface Conn Server. TCP 1. 28 GSS X License Verification. TCP 1. 29 Password Generator Protocol. TCP 1. 30 cisco FNATIVE. TCP 1. 31 cisco TNATIVE. TCP 1. 32 cisco SYSMAINT. TCP 1. 33 Statistics Service. TCP 1. 34 INGRES NET Service. TCP 1. 35 DCE endpoint resolution. TCP 1. 36 PROFILE Naming System. TCP 1. 37 NETBIOS Name Service. TCP 1. 38 NETBIOS Datagram Service. TCP 1. 39 NETBIOS Session Service. TCP 1. 40 EMFIS Data Service. TCP 1. 41 EMFIS Control Service. TCP 1. 42 Britton Lee IDM. TCP 1. 43 Internet Message Access Protocol. TCP 1. 44 Universal Management Architecture. TCP 1. 45 UAAC Protocol. TCP 1. 46 ISO IP0. TCP 1. 47 ISO IP. TCP 1. 48 Jargon. TCP 1. 49 AED 5. 12 Emulation Service. TCP 1. 50 SQL NET. TCP 1. 52 Background File Transfer Program. TCP 1. 54 NETSC. TCP 1. NETSC. TCP 1. 56 SQL Service. TCP 1. 57 KNETVM CommandMessage Protocol. TCP 1. 58 PCMail Server. TCP 1. 59 NSS Routing. TCP 1. 60 SGMP TRAPS. TCP 1. 62 SNMPTRAP. TCP 1. 63 CMIPTCP Manager. TCP 1. 64 CMIPTCP Agent. TCP 1. 65 Xerox. TCP 1. Sirius Systems. TCP 1. Network Post. Script. TCP 1. 71 Network Innovations Multiplex. TCP 1. 72 Network Innovations CL1. TCP 1. 73 Xyplex. TCP 1. 74 MAILQ. TCP 1. VMNET. TCP 1. 76 GENRAD MUX. TCP 1. 77 X Display Manager Control Protocol. TCP 1. 78 Next. Step Window Server. TCP 1. 79 Border Gateway Protocol. TCP 1. 80 Intergraph. TCP 1. 81 Unify. TCP 1. Unisys Audit SITP. TCP 1. 83 OCBinder. TCP 1. 84 OCServer. TCP 1. 85 Remote KIS. TCP 1. 86 KIS Protocol. TCP 1. 87 Application Communication Interface. TCP 1. 88 Plus Fives MUMPS. TCP 1. 89 Queued File Transport. TCP 1. 90 Gateway Access Control Protocol. TCP 1. 91 Prospero Directory Service. TCP 1. 92 OSU Network Monitoring System. TCP 1. 93 Spider Remote Monitoring Protocol. TCP 1. 94 Internet Relay Chat Protocol. TCP 1. 95 DNSIX Network Level Module Audit. TCP 1. 96 DNSIX Session Mgt Module Audit Redir. TCP 1. 97 Directory Location Service. TCP 1. 98 Directory Location Service Monitor. TCP 2. 00 IBM System Resource Controller. TCP 2. 01 Apple. Talk Routing Maintenance. TCP 2. 02 Apple. Talk Name Binding. TCP 2. 03 Apple. Talk Unused. TCP 2. 04 Apple. Talk Echo. TCP 2. 05 Apple. Talk Unused. TCP 2. 06 Apple. Talk Zone Information. TCP 2. 07 Apple. Talk Unused. TCP 2. 08 Apple. Talk Unused. TCP 2. 09 The Quick Mail Transfer Protocol. TCP 2. 10 ANSI Z3. TCP 2. 11 Texas Instruments 9. CG Terminal. TCP 2. ATEXSSTR. TCP 2. 14 VM PWSCS. TCP 2. 15 Insignia Solutions. TCP 2. 16 Computer Associates Intl License Server. TCP 2. 17 d. BASE Unix. TCP 2. 18 Netix Message Posting Protocol. TCP 2. 19 Unisys ARPs. TCP 2. 20 Interactive Mail Access Protocol v. TCP 2. 21 Berkeley rlogind with SPX auth. TCP 2. 22 Berkeley rshd with SPX auth. TCP 2. 23 Certificate Distribution Center. TCP 2. 24 masqdialer. TCP 2. 42 Direct. TCP 2. 43 Survey Measurement. TCP 2. 44 inbusiness. TCP 2. 46 Display Systems Protocol. TCP 2. 47 SUBNTBCSTTFTP. TCP 2. 48 bhfhs. TCP 2. RAPCheckpoint SNMP. TCP 2. 57 Check Point Secure Electronic Transaction. TCP 2. 58 Check Point Yak Winsock Personal Chat. TCP 2. 59 Check Point Firewall 1 telnet auth Efficient Short Remote Operations. TCP 2. 60 Openport. TCP 2. 61 IIOP Name Service over TLSSSL. TCP 2. 62 Arcisdms. TCP 2. 64 BGMP Check Point. TCP 2. 65 X Bone CTL. TCP 2. 66 SCSI on ST. TCP 2. 67 Tobit David Service Layer. TCP 2. 68 Tobit David Replica. TCP 2. 80 HTTP mgmt. TCP 2. 81 Personal Link. TCP 2. 82 Cable Port AX. TCP 2. 83 rescap. TCP 2. 84 corerjd. TCP 2. 86 FXP 1. TCP 2. 87 K BLOCK. TCP 3. 08 Novastor Backup. TCP 3. 09 Entrust. Time. TCP 3. 10 bhmds. TCP 3. 11 Apple. Share IP Web. Admin. TCP 3. 12 VSLMP. TCP 3. 13 Magenta Logic. TCP 3. 14 Opalis Robot. TCP 3. 16 dec. Auth. TCP 3. 17 Zannet. TCP 3. 18 PKIX Time. Stamp. TCP 3. 19 PTP Event. TCP 3. 20 PTP General. TCP 3. 22 RTSPS. TCP 3. Texar Security Port. TCP 3. 44 Prospero Data Access Protocol. TCP 3. 45 Perf Analysis Workbench. TCP 3. 46 Zebra server. TCP 3. 47 Fatmen Server. TCP 3. 48 Cabletron Management Protocol. TCP 3. 50 MATIP Type A. TCP 3. 51 bhoetty added 52. TCP 3. 52 bhoedap. TCP 3. 53 NDSAUTH. TCP 3. 54 bh. 61. TCP 3. 55 DATEX ASN. TCP 3. 56 Cloanto Net 1. TCP 3. 57 bhevent. TCP 3. 58 Shrinkwrap. TCP 3. 59 Tenebris Network Trace Service. TCP 3. 60 scoi. 2odialog. TCP 3. 61 Semantix. TCP 3. 62 SRS Send. TCP 3. 63 RSVP Tunnel. TCP 3. 64 Aurora CMGR. TCP 3. 67 Mortgage. Ware. TCP 3. 68 Qbik. GDP. TCP 3. 69 rpc. TCP 3. 70 codaauth. TCP 3. 71 Clearcase. TCP 3. 72 List. Processor. TCP 3. 73 Legent Corporation. TCP 3. 74 Legent Corporation. TCP 3. 75 Hassle. TCP 3. 76 Amiga Envoy Network Inquiry Proto. TCP 3. 77 NEC Corporation. TCP 3. 78 NEC Corporation. TCP 3. 79 TIAEIAIS 9. TCP 3. 80 TIAEIAIS 9. TCP 3. 81 hp performance data collector. TCP 3. 82 hp performance data managed node. TCP 3. 83 hp performance data alarm manager. TCP 3. 84 A Remote Network Server System. Drain Simple and Cost Effective Floor Drainage. Ganos Leaf Removal Equipment. Tough jobs demand tough products and Giant Vac skid and. Utilizing all welded. The hitch. mount comes standard with a swing away arm, no need to buy a separate hitch. Class III. or larger required. Powerful, electric start, commercial grade 1. V Twin. Vanguard engine. Heavy duty welded steel engine platform for long. CFM, debris reducing impeller design. Tapered impeller hub standard equipment. Quick detach feature allows the intake hose to be. No tools required. Ergonomic, ambidextrous, one or two handed intake. Easy rear access to the impeller and the wear plates. All steel, welded boom arm features nylon 6. Boom features a transport position with spring loaded. Intake nozzle can be secured to the loader for transport. Hose support chain is easily height adjustable. Commercial grade remote throttle control for easy. Pipe strength. To design a reliable casing string, it is necessary to know the strength of pipe under different load conditions. The most important mechanical. Ganos offers one of the most extensive varieties of leaf removal equipment available on the market today Many styles and choices are shown below, or visit the. Extra Light Pipes. STEEL PIPE Extra Light ASNZS1163 C350L0 GRD350. Plain End Pipes. Sling OiledPaintedPreGal Hot Dipped Galvanized Dimension Sling Mass mm x. |
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November 2017
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