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==Explanation==
 
==Explanation==
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{{incomplete|Created by an IMPALED PHONE-TABLET. Do NOT delete this tag too soon.}}
 
This is the third installment in the series of [[:Category:Cursed Connectors|Cursed Connectors]] and presents Cursed Connectors #102: The Memo Spike. It follows [[2495: Universal Seat Belt]] (#65) and was followed 9 days later by [[2507: USV-C]] (#280).
 
This is the third installment in the series of [[:Category:Cursed Connectors|Cursed Connectors]] and presents Cursed Connectors #102: The Memo Spike. It follows [[2495: Universal Seat Belt]] (#65) and was followed 9 days later by [[2507: USV-C]] (#280).
  
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The joke of the comic is while any number of non-destructive connection standards exist, a large spike can provide much of the same results: a conductive object that retains a connection of multiple wires in a way that allows electricity to pass through. Indeed, in the early days of Ethernet, {{w|Vampire tap|vampire taps}} were used, essentially spikes that bit into a cable to establish a new branch in the network.  Another type of connection which involves piercing the wire is a {{w|Punch-down block|punch-down block}}, a type of {{w|Insulation-displacement_connector|insulation-displacement connector}}, where one or more wires are pushed into a cutting channel instead of onto a spike.
 
The joke of the comic is while any number of non-destructive connection standards exist, a large spike can provide much of the same results: a conductive object that retains a connection of multiple wires in a way that allows electricity to pass through. Indeed, in the early days of Ethernet, {{w|Vampire tap|vampire taps}} were used, essentially spikes that bit into a cable to establish a new branch in the network.  Another type of connection which involves piercing the wire is a {{w|Punch-down block|punch-down block}}, a type of {{w|Insulation-displacement_connector|insulation-displacement connector}}, where one or more wires are pushed into a cutting channel instead of onto a spike.
  
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Depending on the type of cable it is also likely to create a short circuit, e.g. by connecting both strands of a twisted pair of strands in a typical Ethernet cable, or the central wire and the sheath of a coaxial cable. In an enterprise environment, this could even happen on a {{w|Power_over_Ethernet|PoE-Connection}}, which actually carry more noticeable amounts of power (up to 25.5W). Even if this is avoided, the single spike may be large enough to mechanically sever a random subset of the finer strands that exist within a multicore cable such as is commonly in use today.
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Depending on the type of cable it is also likely to create a short circuit, e.g. by connecting both strands of a twisted pair of strands in a typical ethernet cable, or the central wire and the sheath of a coaxial cable. In an enterprise environment, this could even happen on a {{w|Power_over_Ethernet|PoE-Connection}}, which actually carry more noticeable amounts of power (up to 25.5W). Even if this is avoided, the single spike may be large enough to mechanically sever a random subset of the finer strands that exist within a multicore cable such as is commonly in use today.
  
 
The title text takes this a bit further. It says that it is backwards compatible with many existing cables. This means any cable large enough to be impaled by the spike could be used. Needless to say it will likely not work anyway. It also continues by saying that phones and tablets can also be connected using this method if you press them down hard enough over the spike. Thus if you actually manage to make the spike penetrate the device's coverings to reach the electrical parts, then there is a connection. The implication is that any device or cable can be connected to any other device or cable as a form of universal adapter/splitter/combiner across arbitrary hardware and communications/power standards. In reality, this could be even more dangerous and will surely destroy the phone/tablet either directly or by overloading their cable connection.{{citation needed}} Also be careful not to impale your hand while trying to push the spike through your tablet's screen.
 
The title text takes this a bit further. It says that it is backwards compatible with many existing cables. This means any cable large enough to be impaled by the spike could be used. Needless to say it will likely not work anyway. It also continues by saying that phones and tablets can also be connected using this method if you press them down hard enough over the spike. Thus if you actually manage to make the spike penetrate the device's coverings to reach the electrical parts, then there is a connection. The implication is that any device or cable can be connected to any other device or cable as a form of universal adapter/splitter/combiner across arbitrary hardware and communications/power standards. In reality, this could be even more dangerous and will surely destroy the phone/tablet either directly or by overloading their cable connection.{{citation needed}} Also be careful not to impale your hand while trying to push the spike through your tablet's screen.

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