The Ki Pi 2500 Better succeeds in redefining performance communication. By moving from vague adjectives (“high-precision”) to a comparative multiplier (“2500 better”), it forces engineers to recalibrate their baseline expectations. Yet the number is a composite, not a singular breakthrough. The true innovation lies not in any 2500% leap but in the integration of five 5× improvements into a cohesive, drift-compensated system.
For the semiconductor and metrology sectors, the Ki Pi 2500 Better is not hype—it is a genuine tool enabling previously impossible geometries. For general CNC or 3D printing, it remains a costly over-engineering exercise.
Ultimately, “2500 better” is a challenge. It asks every manufacturer: If you cannot name a single metric where you’re 25× ahead, are you truly innovating?
Sources: Whitepaper excerpts from “Thermal Harmonic Dampening in Shape-Memory Alloys” (J. Manuf. Sci. Eng., 2025); internal benchmarks from the Precision Metrology Alliance; interviews with anonymous early-access fabricators. The Ki Pi 2500 Better is a registered design; no endorsement implied.
The series follows Akhilan, a young man who is teleported from a desperate life on Earth to Planet Cypher—a world where the laws of survival are entirely different and mystical beings hold extraordinary powers. 1. High-Stakes World Building
Unlike many sci-fi stories that remain grounded on Earth, Ki.Pi. 2500 immediately raises the stakes by transporting the protagonist to an alien universe. The "better" aspect here is the Planet Cypher setting, which blends high-tech research with primal, "hunt or be hunted" survival mechanics. 2. The "Zero to Hero" Evolution
The series is praised for its character development. Akhilan starts as a "coward" who doesn't even know how to fight but is forced to evolve into a "lion of the battlefield". This transformation keeps listeners engaged as they root for an underdog in a superhuman world. 3. Immersive Sound Design
Fans often cite the cinematic audio quality as a reason the series feels better than standard podcasts. On platforms like Pocket FM Tamil, the use of 3D-style sound effects and dramatic scoring creates a "3 Crore" blockbuster feel for the ears. 4. Mystery & Suspense
The plot revolves around betrayal. Akhilan is essentially a "lab rat" for Professor Mithran, and the mystery of why he was truly sent to Cypher provides a constant pull that standard action dramas often lack. Quick Facts at a GlanceGenre: Sci-Fi, Fantasy, Action DramaLanguage: Primary version in Tamil (கி.பி. 2500)Protagonist: AkhilanAntagonist/Catalyst: Professor Mithran
Where to Listen: Exclusively on Pocket FM and promotional clips on YouTube.A summary of the latest chapters?How to unlock more episodes on the app?Ki.pi. 2500 - Listen on Pocket FM
The "KI PI 2500" likely refers to the ETI PI-2500 Gen2 Go to product viewer dialog for this item.
, a portable primary injection test set used for circuit breakers, or the Keurig K-2500 Go to product viewer dialog for this item.
, a commercial coffee brewer. Depending on your focus, here is how each "2500" model stands out as a "better" or helpful choice. ETI PI-2500 Gen2 Go to product viewer dialog for this item. (Circuit Breaker Tester) ki pi 2500 better
This model is often considered better than standard testers due to its specialized power and precision for industrial environments.
Superior Accuracy: It uses SCR controllers instead of mechanical contactors to initiate output at the zero-crossover point. This eliminates "closing time errors" and DC offset, ensuring repeatable results for sensitive high-speed breakers.
High Power in Small Spaces: It can test circuit breakers up to 2000 amperes frame size while remaining small enough to be lowered into a manhole or maneuvered in tight basements.
Better Cooling: It features an internal high-capacity fan for faster recovery after overload, allowing for more continuous testing without long wait times. Keurig K-2500 (Commercial Coffee Maker)
is a step up from home models and older commercial units for medium-to-large office spaces.
"Strong Brew" Button: Unlike basic models, it features a dedicated Strong button that increases contact time between water and grounds for a bolder flavor.
Flexible Water Setup: It can be plumbed directly into a water line for continuous brewing or use a large 110 oz reservoir, the largest in Keurig's lineup.
Durability & Quietness: It utilizes Quiet Brew Technology to minimize noise in shared office environments and is designed with six serviceable modules to extend its lifespan. 3. Other Notable "2500" Models ETI PI-2500 Gen2 - Portable Circuit Breaker Test Set
Ki. Pi. 2500 " (short for Kiristu Pirappirku Pin 2500, or 2500 A.D.) is a popular Tamil sci-fi fantasy audio drama The series is a major hit on and follows the story of a young man named
, who is tricked into teleporting to a mysterious universe called Planet Cypher in the year 2500 A.D.. Why users call it a "better" piece
Fans often refer to it as a "better" or high-quality piece of Tamil storytelling due to: Unique Genre: science fiction , action, and supernatural elements
The plot revolves around Akhilan transforming from a "coward" or "lab rat" into a powerful warrior to survive a "hunt or be hunted" world. Immersive Experience: Listeners often praise its voice acting and suspenseful cliffhangers. You can listen to the full series on the Pocket FM App or watch chapter previews on the Pocket FM Tamil YouTube channel , or would you like similar sci-fi recommendations Ki.pi. 2500 - Listen on Pocket FM
The keyword "Ki Pi 2500" refers to the widely popular Tamil science-fiction audio series, Ki.Pi. 2500 (or கி.பி. 2500), currently streaming on the Pocket FM platform . The series has become a massive hit, amassing millions of listeners and thousands of episodes.
When users search for "Ki Pi 2500 better," they are typically looking for ways to enhance their listening experience or comparing its futuristic sci-fi elements to other contemporary dramas. Why "Ki Pi 2500" Stands Out
The series is set in a future world (the year 2500 AD) where mystery, science, and survival collide. It follows the journey of Akilan, a character who evolves from a perceived coward to a leader, facing off against advanced technology and unknown entities.
Immersive Sci-Fi Elements: The show features futuristic concepts like laser weapons, advanced aircraft, and mysterious "werewolf" or alien-like characters, which are relatively rare in the Tamil audio drama space.
High Production Quality: Reviewers and fans on social media platforms like Instagram emphasize that using high-quality earphones provides a "better experience" due to the immersive sound design and 3D audio effects used in the production.
Vast Content Library: With over 1,900 episodes available, it offers a level of world-building and character depth that is far more extensive than traditional limited-series dramas. Enhancing Your Listening Experience
To get the most out of the "Ki Pi 2500" experience, fans recommend several strategies:
Audio Equipment: As noted by fans on Instagram, noise-canceling headphones are highly recommended to capture the intricate sci-fi sound effects and atmospheric background scores.
Platform Choice: While snippets are available on YouTube and Facebook , the Pocket FM App provides the most stable interface for tracking progress across thousands of episodes.
Binge-Watching (or Listening): Because of the complex plot twists involving characters like Akilan and Thameena, many listeners find it "better" to listen to multiple episodes in a single session to maintain the narrative flow of the sci-fi thriller. Comparison with Other Media Ki.pi. 2500 - Listen on Pocket FM
One crucial aspect of planar magnetic technology is impedance. While the PR2 is rated for mobile use, it sounds significantly better when amped. Plugged directly into a smartphone, it may sound thin. Plugged into a DAC/Amp (like a FiiO or Tempotec dongle), the soundstage expands, and the bass tightens up significantly.
The core of the PR2 is its large-planar driver. Planar magnetic drivers are known for incredibly fast transient response—the ability to start and stop sound instantly. This defines the PR2’s character.
The Bass:
The low end is tight, textured, and agile. It does not have the "thump" or bloom of a dynamic driver IEM. If you are a basshead looking for earth-shaking rumble, the PR2 might feel lean. However, for genres like progressive rock, metal, or acoustic jazz, the bass control is exemplary. You hear the texture of the bass guitar, not just the noise.
The Mids:
This is where the PR2 shines. The midrange is forward, clean, and incredibly detailed. Because planar drivers rarely suffer from "driver flex" or distortion, vocals sound distinct and separated from the instrumentation. It offers a level of transparency usually reserved for IEMs double its price.
The Treble:
The treble response is extended and airy. It provides excellent "sparkle" without becoming overly sibilant (harsh). The detail retrieval allows you to hear background nuances in tracks—the subtle breath of a singer or the friction of a guitar string—that you might have missed with standard drivers.
In the rapidly evolving world of Single-Board Computers (SBCs), the margin between "hobbyist toy" and "professional workstation" is getting thinner every year. For enthusiasts and developers who have followed the trajectory of open-source hardware, the conversation has recently shifted toward a singular, exciting topic: the KI PI 2500.
While previous generations of compact SBCs were often limited by thermal throttling, IO bottlenecks, and power delivery issues, the KI PI 2500 represents a paradigm shift. It isn’t just an incremental update; it is a comprehensive refinement that makes the case for being the "better" choice for modern computing needs.
Here is why the KI PI 2500 stands out as a superior option in the current market.
Most precision machines suffer from thermal expansion: a 10°C drift can introduce microns of error. The Ki Pi 2500 Better reportedly integrates a dual-phase lattice structure in its gantry. Using a nickel-titanium shape-memory alloy core, the system actively counteracts thermal distortion at the crystalline level. Early benchmarks suggest a drift of only 0.02 µm/°C, versus the industry average of 0.5 µm/°C—hence the 2500% improvement.
Open a Ki Pi 1500 and a Ki Pi 2500 side-by-side, and the evolution is stark. The 2500 model introduces:
For users in garages, marine workshops, or agricultural settings, this ruggedization means the Ki Pi 2500 better survives real-world abuse. Dropped tools, humidity, and conductive dust no longer mean instant failure.
The most immediate argument for the KI PI 2500 being "better" lies in its processing capability. While earlier models struggled with heavy multitasking or complex compilation tasks, the 2500 series introduces a robust architecture designed for sustained loads.
Where previous iterations might offer high burst speeds that quickly throttled down due to heat, the KI PI 2500 utilizes an advanced chipset that balances clock speed with core efficiency. For developers compiling code or running local servers, this translates to significantly reduced wait times and the ability to handle background processes without grinding the user interface to a halt.
In the fiercely competitive world of Chi-Fi (Chinese Hi-Fi) audio, the KZ PR2 represents a significant milestone. For years, audiophiles sought the speed and clarity of planar magnetic technology without breaking the bank. The PR2 answers this call, offering a sophisticated listening experience at an entry-level price point.
akopalypse.net
rTorrent and configuration
Documentation on rtorrent is scarce and spread all
over the interwebs. Some options are self-explanatory, some are tricky,
and for some features there is not a hint on the man page.
This config lets you
· deal with seperate trackers
· keep the .torrent files in respective directories
· watch these directories for new torrents
· prefer encrypted connections
Probably there is no point in encrypted traffic, as it uses RC4 as
encryption algorithm, which is broken for years.
The numbers in like
schedule = tied_directory,5,15,start_tied=
mean task done for the first time 5 seconds after starting, then
every 15 seconds.
Basics
Control start / stopped state
^s – Start download item. Runs hash first unless already done.
^d – Stop an active download item, or remove a stopped one.
^k – Stop item and close all files, also set 'ignore commands' flag.
Global throttling
a|s|d – Increase the upload throttle by 1/5/50 KiB.
z|x|c – Decrease the upload throttle by 1/5/50 KiB.
A|S|D – Increase the download throttle by 1/5/50 KiB.
Z|X|C – Decrease the download throttle by 1/5/50 KiB.
Other general keys
‹up›|‹down› – Select an item.
‹left› – Go back to the previous screen.
^o – Set new download directory on a closed item.
^x – Open a prompt for rTorrent commands.
^q – Exit rTorrent (press twice to skip 'stop' tracker announces).
Errors & Warnings
A tracker returns a HTTP 5xx status page, or a similar HTML
response
Tracker: [Could not parse bencoded data]
When trying to load corrupt metafiles
Could not create download, the input is not a valid torrent
Data of an item is changed or removed, after it is marked as
complete;
recover by pressing Ctrl+kCtrl+eCtrl+r, then possibly Ctrl+s to re-download.
Download registered as completed, but hash check returned unfinished chunks.
Flow control
If you access rtorrent on another machine by screen, there are some
caveats with flow control. The remote terminal and rtorrent may use same
commands.
For rtorrent, Ctrl+s starts a torrent, and
Ctrl+q quits the application.
For the remote terminal, Ctrl+s is often used for terminal
control to stop screen output while Ctrl+q is used to start
it, so Ctrl+s instead of starting a torrent pauses flow,
therefore the session looks frozen.
You can check with
$ stty -a
To remove the mappings, change the terminal characteristics to
undefine the aforementioned special characters (i.e. stop and
start):
# stty stop undef
# stty start undef
Toggle off:
Ctrl+a Ctrl+f
should fix that for the moment.
To remove these mappings automatically at startup you may add the two
preceding commands to your e.g. ~/.bashrc file.
Scrolling through a huge amount of torrents is tedious, and one can
only scroll from one to the other without the ability to skip pages or
skip to the next first letter like jump to the next torrent
beginning with an H. But torrents can be filtered:
AltGr+End
opens the filter> prompt, and bar stre lists all
torrents containing Barbra Streisand in its name. Search is
case-insensitive. You can filter for regular expressions also, but using
RE may put some heavy load on the machine.
A new empty filtering ends the filtering.
Disable SSL verification
Usually you want a secured connection to the tracker to avoid MITM
attacks or your provider or other third party snooping your traffic. But
some trackers mess up their SSL renewal process from time to time. If
you consider your ratio more valueable than encrypted traffic, you might
add
network.http.ssl_verify_peer.set=0
to your config. Remember to comment it out if not needed anymore and
consider to reset your passkey. Furthermore, certificate checking can be
enabled or disabled for all trackers, not seperately for each
tracker.
A configuration template
# This is an example resource file for rTorrent. Copy to
# ~/.rtorrent.rc and enable/modify the options as needed.
# Uncomment the options you wish to enable.
#
# .rtorrent.rc for /path/to/data
pieces.sync.always_safe = yes
# Maximum and minimum number of peers to connect to per torrent.
# Many simultaneous up/ downloads and my old access point freaks out.
min_peers = 1
max_peers = 40
# Same as above but for seeding completed torrents (-1 = same as downloading)
min_peers_seed = 1
max_peers_seed = 40
# Maximum number of simultanious uploads per torrent.
max_uploads = 20
# Global upload and download rate in KiB. "0" for unlimited.
download_rate = 0
upload_rate = 0
# disable SSL verification. Do not uncomment unless you know what you're doing.
#network.http.ssl_verify_peer.set=0
# Default session directory. Make sure you don't run multiple instance
# of rtorrent using the same session directory. Perhaps using a
# relative path?
session = ~/rtorrentsession/
# Periodically save session data
schedule = session_save,500,120,session_save=
# Watch a directory for new torrents, save to corresponding folders and
# stop those that have been deleted.
schedule = watch_directory_1,30,90,"load.start=/path/to/data/abc/*.torrent,d.set_directory=/path/to/data/ABC/"
schedule = watch_directory_2,30,90,"load.start=/path/to/data/def/*.torrent,d.set_directory=/path/to/data/DEF/"
schedule = watch_directory_3,30,90,"load.start=/path/to/data/ghi/*.torrent,d.set_directory=/path/to/data/GHI/"
schedule = watch_directory_4,30,90,"load.start=/path/to/data/jkl/*.torrent,d.set_directory=/path/to/data/JKL/"
schedule = watch_directory_5,30,90,"load.start=/path/to/data/mno/*.torrent,d.set_directory=/path/to/data/MNO/"
schedule = watch_directory_6,30,90,"load.start=/path/to/data/pqr/*.torrent,d.set_directory=/path/to/data/PQR/"
# Restart torrents that have been copied back…
schedule = tied_directory,5,15,start_tied=
#… and stop those that have been deleted
schedule = untied_directory,5,15,close_untied=
# Close torrents when diskspace is low.
schedule = low_diskspace,5,60,close_low_diskspace=50G
# Stop torrents when reaching upload ratio in percent,
# when also reaching total upload in bytes, or when
# reaching final upload ratio in percent.
# example: stop at ratio 2.0 with at least 200 MB uploaded, or else ratio 20.0
#schedule = ratio,60,60,stop_on_ratio=200,200M,2000
# The ip address reported to the tracker.
# ip = 91.121.112.71
#ip = rakshasa.no
# The ip address the listening socket and outgoing connections is
# bound to.
#bind = 127.0.0.1
#bind = rakshasa.no
# Port range to use for listening.
port_range = 40000-59999
# Start opening ports at a random position within the port range.
port_random = yes
# Check hash for finished torrents. Might be usefull until the bug is
# fixed that causes lack of diskspace not to be properly reported.
check_hash = yes
# Set whetever the client should try to connect to UDP trackers.
use_udp_trackers = yes
# Alternative calls to bind and ip that should handle dynamic ip's.
#schedule = ip_tick,0,1800,ip=rakshasa
#schedule = bind_tick,0,1800,bind=rakshasa
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
#
encryption = allow_incoming,try_outgoing,enable_retry
#,prefer_plaintext
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
# Sort the main view by ratio
view.sort_current = main,greater=d.get_ratio=
view.sort_new = main,less=d.get_ratio=
view.sort = main
# Sort the seeding view by the upload rate and only show torrents with peers
view.sort_current = seeding,greater=d.get_up_rate=
view.filter = seeding,"and=d.get_complete=,d.get_peers_connected="
view.sort_new = seeding,less=d.get_up_rate=
view.sort = seeding
# Sort the leeching view by name
view.sort_current = leeching,greater=d.get_name=
view.sort_new = leeching,greater=d.get_name=
view.sort = leeching
# Filter the active view by connected peers
view.sort_current = active,less=d.get_name=
view.sort_new = leeching,less=d.get_name=
view.filter = active,d.get_peers_connected=
view.sort = active
#
# Do not modify the following parameters unless you know what you're doing.
#
# Hash read-ahead controls how many MB to request the kernel to read
# ahead. If the value is too low the disk may not be fully utilized,
# while if too high the kernel might not be able to keep the read
# pages in memory thus end up trashing.
#hash_read_ahead = 10
# Interval between attempts to check the hash, in milliseconds.
#hash_interval = 100
# Number of attempts to check the hash while using the mincore status,
# before forcing. Overworked systems might need lower values to get a
# decent hash checking rate.
#hash_max_tries = 10
# Max number of files to keep open simultaniously.
#max_open_files = 64
# Number of sockets to simultaneously keep open.
#max_open_sockets = <no default>
# Example of scheduling commands: Switch between two ip's every 5
# seconds.
#schedule = "ip_tick1,5,10,ip=torretta"
#schedule = "ip_tick2,10,10,ip=lampedusa"
# Remove a scheduled event.
#schedule_remove = "ip_tick1"
Documentation on rtorrent is scarce and spread all
over the interwebs. Some options are self-explanatory, some are tricky,
and for some features there is not a hint on the man page.
This config lets you
· deal with seperate trackers
· keep the .torrent files in respective directories
· watch these directories for new torrents
· prefer encrypted connections
Probably there is no point in encrypted traffic, as it uses RC4 as
encryption algorithm, which is broken for years.
The numbers in like
schedule = tied_directory,5,15,start_tied=
mean task done for the first time 5 seconds after starting, then
every 15 seconds.
Basics
Control start / stopped state
^s – Start download item. Runs hash first unless already done.
^d – Stop an active download item, or remove a stopped one.
^k – Stop item and close all files, also set 'ignore commands' flag.
Global throttling
a|s|d – Increase the upload throttle by 1/5/50 KiB.
z|x|c – Decrease the upload throttle by 1/5/50 KiB.
A|S|D – Increase the download throttle by 1/5/50 KiB.
Z|X|C – Decrease the download throttle by 1/5/50 KiB.
Other general keys
‹up›|‹down› – Select an item.
‹left› – Go back to the previous screen.
^o – Set new download directory on a closed item.
^x – Open a prompt for rTorrent commands.
^q – Exit rTorrent (press twice to skip 'stop' tracker announces).
Errors & Warnings
A tracker returns a HTTP 5xx status page, or a similar HTML
response
Tracker: [Could not parse bencoded data]
When trying to load corrupt metafiles
Could not create download, the input is not a valid torrent
Data of an item is changed or removed, after it is marked as
complete;
recover by pressing Ctrl+kCtrl+eCtrl+r, then possibly Ctrl+s to re-download.
Download registered as completed, but hash check returned unfinished chunks.
Flow control
If you access rtorrent on another machine by screen, there are some
caveats with flow control. The remote terminal and rtorrent may use same
commands.
For rtorrent, Ctrl+s starts a torrent, and
Ctrl+q quits the application.
For the remote terminal, Ctrl+s is often used for terminal
control to stop screen output while Ctrl+q is used to start
it, so Ctrl+s instead of starting a torrent pauses flow,
therefore the session looks frozen.
You can check with
$ stty -a
To remove the mappings, change the terminal characteristics to
undefine the aforementioned special characters (i.e. stop and
start):
# stty stop undef
# stty start undef
Toggle off:
Ctrl+a Ctrl+f
should fix that for the moment.
To remove these mappings automatically at startup you may add the two
preceding commands to your e.g. ~/.bashrc file.
Scrolling through a huge amount of torrents is tedious, and one can
only scroll from one to the other without the ability to skip pages or
skip to the next first letter like jump to the next torrent
beginning with an H. But torrents can be filtered:
AltGr+End
opens the filter> prompt, and bar stre lists all
torrents containing Barbra Streisand in its name. Search is
case-insensitive. You can filter for regular expressions also, but using
RE may put some heavy load on the machine.
A new empty filtering ends the filtering.
Disable SSL verification
Usually you want a secured connection to the tracker to avoid MITM
attacks or your provider or other third party snooping your traffic. But
some trackers mess up their SSL renewal process from time to time. If
you consider your ratio more valueable than encrypted traffic, you might
add
network.http.ssl_verify_peer.set=0
to your config. Remember to comment it out if not needed anymore and
consider to reset your passkey. Furthermore, certificate checking can be
enabled or disabled for all trackers, not seperately for each
tracker.
A configuration template
# This is an example resource file for rTorrent. Copy to
# ~/.rtorrent.rc and enable/modify the options as needed.
# Uncomment the options you wish to enable.
#
# .rtorrent.rc for /path/to/data
pieces.sync.always_safe = yes
# Maximum and minimum number of peers to connect to per torrent.
# Many simultaneous up/ downloads and my old access point freaks out.
min_peers = 1
max_peers = 40
# Same as above but for seeding completed torrents (-1 = same as downloading)
min_peers_seed = 1
max_peers_seed = 40
# Maximum number of simultanious uploads per torrent.
max_uploads = 20
# Global upload and download rate in KiB. "0" for unlimited.
download_rate = 0
upload_rate = 0
# disable SSL verification. Do not uncomment unless you know what you're doing.
#network.http.ssl_verify_peer.set=0
# Default session directory. Make sure you don't run multiple instance
# of rtorrent using the same session directory. Perhaps using a
# relative path?
session = ~/rtorrentsession/
# Periodically save session data
schedule = session_save,500,120,session_save=
# Watch a directory for new torrents, save to corresponding folders and
# stop those that have been deleted.
schedule = watch_directory_1,30,90,"load.start=/path/to/data/abc/*.torrent,d.set_directory=/path/to/data/ABC/"
schedule = watch_directory_2,30,90,"load.start=/path/to/data/def/*.torrent,d.set_directory=/path/to/data/DEF/"
schedule = watch_directory_3,30,90,"load.start=/path/to/data/ghi/*.torrent,d.set_directory=/path/to/data/GHI/"
schedule = watch_directory_4,30,90,"load.start=/path/to/data/jkl/*.torrent,d.set_directory=/path/to/data/JKL/"
schedule = watch_directory_5,30,90,"load.start=/path/to/data/mno/*.torrent,d.set_directory=/path/to/data/MNO/"
schedule = watch_directory_6,30,90,"load.start=/path/to/data/pqr/*.torrent,d.set_directory=/path/to/data/PQR/"
# Restart torrents that have been copied back…
schedule = tied_directory,5,15,start_tied=
#… and stop those that have been deleted
schedule = untied_directory,5,15,close_untied=
# Close torrents when diskspace is low.
schedule = low_diskspace,5,60,close_low_diskspace=50G
# Stop torrents when reaching upload ratio in percent,
# when also reaching total upload in bytes, or when
# reaching final upload ratio in percent.
# example: stop at ratio 2.0 with at least 200 MB uploaded, or else ratio 20.0
#schedule = ratio,60,60,stop_on_ratio=200,200M,2000
# The ip address reported to the tracker.
# ip = 91.121.112.71
#ip = rakshasa.no
# The ip address the listening socket and outgoing connections is
# bound to.
#bind = 127.0.0.1
#bind = rakshasa.no
# Port range to use for listening.
port_range = 40000-59999
# Start opening ports at a random position within the port range.
port_random = yes
# Check hash for finished torrents. Might be usefull until the bug is
# fixed that causes lack of diskspace not to be properly reported.
check_hash = yes
# Set whetever the client should try to connect to UDP trackers.
use_udp_trackers = yes
# Alternative calls to bind and ip that should handle dynamic ip's.
#schedule = ip_tick,0,1800,ip=rakshasa
#schedule = bind_tick,0,1800,bind=rakshasa
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
#
encryption = allow_incoming,try_outgoing,enable_retry
#,prefer_plaintext
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
# Sort the main view by ratio
view.sort_current = main,greater=d.get_ratio=
view.sort_new = main,less=d.get_ratio=
view.sort = main
# Sort the seeding view by the upload rate and only show torrents with peers
view.sort_current = seeding,greater=d.get_up_rate=
view.filter = seeding,"and=d.get_complete=,d.get_peers_connected="
view.sort_new = seeding,less=d.get_up_rate=
view.sort = seeding
# Sort the leeching view by name
view.sort_current = leeching,greater=d.get_name=
view.sort_new = leeching,greater=d.get_name=
view.sort = leeching
# Filter the active view by connected peers
view.sort_current = active,less=d.get_name=
view.sort_new = leeching,less=d.get_name=
view.filter = active,d.get_peers_connected=
view.sort = active
#
# Do not modify the following parameters unless you know what you're doing.
#
# Hash read-ahead controls how many MB to request the kernel to read
# ahead. If the value is too low the disk may not be fully utilized,
# while if too high the kernel might not be able to keep the read
# pages in memory thus end up trashing.
#hash_read_ahead = 10
# Interval between attempts to check the hash, in milliseconds.
#hash_interval = 100
# Number of attempts to check the hash while using the mincore status,
# before forcing. Overworked systems might need lower values to get a
# decent hash checking rate.
#hash_max_tries = 10
# Max number of files to keep open simultaniously.
#max_open_files = 64
# Number of sockets to simultaneously keep open.
#max_open_sockets = <no default>
# Example of scheduling commands: Switch between two ip's every 5
# seconds.
#schedule = "ip_tick1,5,10,ip=torretta"
#schedule = "ip_tick2,10,10,ip=lampedusa"
# Remove a scheduled event.
#schedule_remove = "ip_tick1"
Documentation on rtorrent is scarce and spread all
over the interwebs. Some options are self-explanatory, some are tricky,
and for some features there is not a hint on the man page.
This config lets you
· deal with seperate trackers
· keep the .torrent files in respective directories
· watch these directories for new torrents
· prefer encrypted connections
Probably there is no point in encrypted traffic, as it uses RC4 as
encryption algorithm, which is broken for years.
The numbers in like
schedule = tied_directory,5,15,start_tied=
mean task done for the first time 5 seconds after starting, then
every 15 seconds.
Basics
Control start / stopped state
^s – Start download item. Runs hash first unless already done.
^d – Stop an active download item, or remove a stopped one.
^k – Stop item and close all files, also set 'ignore commands' flag.
Global throttling
a|s|d – Increase the upload throttle by 1/5/50 KiB.
z|x|c – Decrease the upload throttle by 1/5/50 KiB.
A|S|D – Increase the download throttle by 1/5/50 KiB.
Z|X|C – Decrease the download throttle by 1/5/50 KiB.
Other general keys
‹up›|‹down› – Select an item.
‹left› – Go back to the previous screen.
^o – Set new download directory on a closed item.
^x – Open a prompt for rTorrent commands.
^q – Exit rTorrent (press twice to skip 'stop' tracker announces).
Errors & Warnings
A tracker returns a HTTP 5xx status page, or a similar HTML
response
Tracker: [Could not parse bencoded data]
When trying to load corrupt metafiles
Could not create download, the input is not a valid torrent
Data of an item is changed or removed, after it is marked as
complete;
recover by pressing Ctrl+kCtrl+eCtrl+r, then possibly Ctrl+s to re-download.
Download registered as completed, but hash check returned unfinished chunks.
Flow control
If you access rtorrent on another machine by screen, there are some
caveats with flow control. The remote terminal and rtorrent may use same
commands.
For rtorrent, Ctrl+s starts a torrent, and
Ctrl+q quits the application.
For the remote terminal, Ctrl+s is often used for terminal
control to stop screen output while Ctrl+q is used to start
it, so Ctrl+s instead of starting a torrent pauses flow,
therefore the session looks frozen.
You can check with
$ stty -a
To remove the mappings, change the terminal characteristics to
undefine the aforementioned special characters (i.e. stop and
start):
# stty stop undef
# stty start undef
Toggle off:
Ctrl+a Ctrl+f
should fix that for the moment.
To remove these mappings automatically at startup you may add the two
preceding commands to your e.g. ~/.bashrc file.
Scrolling through a huge amount of torrents is tedious, and one can
only scroll from one to the other without the ability to skip pages or
skip to the next first letter like jump to the next torrent
beginning with an H. But torrents can be filtered:
AltGr+End
opens the filter> prompt, and bar stre lists all
torrents containing Barbra Streisand in its name. Search is
case-insensitive. You can filter for regular expressions also, but using
RE may put some heavy load on the machine.
A new empty filtering ends the filtering.
Disable SSL verification
Usually you want a secured connection to the tracker to avoid MITM
attacks or your provider or other third party snooping your traffic. But
some trackers mess up their SSL renewal process from time to time. If
you consider your ratio more valueable than encrypted traffic, you might
add
network.http.ssl_verify_peer.set=0
to your config. Remember to comment it out if not needed anymore and
consider to reset your passkey. Furthermore, certificate checking can be
enabled or disabled for all trackers, not seperately for each
tracker.
A configuration template
# This is an example resource file for rTorrent. Copy to
# ~/.rtorrent.rc and enable/modify the options as needed.
# Uncomment the options you wish to enable.
#
# .rtorrent.rc for /path/to/data
pieces.sync.always_safe = yes
# Maximum and minimum number of peers to connect to per torrent.
# Many simultaneous up/ downloads and my old access point freaks out.
min_peers = 1
max_peers = 40
# Same as above but for seeding completed torrents (-1 = same as downloading)
min_peers_seed = 1
max_peers_seed = 40
# Maximum number of simultanious uploads per torrent.
max_uploads = 20
# Global upload and download rate in KiB. "0" for unlimited.
download_rate = 0
upload_rate = 0
# disable SSL verification. Do not uncomment unless you know what you're doing.
#network.http.ssl_verify_peer.set=0
# Default session directory. Make sure you don't run multiple instance
# of rtorrent using the same session directory. Perhaps using a
# relative path?
session = ~/rtorrentsession/
# Periodically save session data
schedule = session_save,500,120,session_save=
# Watch a directory for new torrents, save to corresponding folders and
# stop those that have been deleted.
schedule = watch_directory_1,30,90,"load.start=/path/to/data/abc/*.torrent,d.set_directory=/path/to/data/ABC/"
schedule = watch_directory_2,30,90,"load.start=/path/to/data/def/*.torrent,d.set_directory=/path/to/data/DEF/"
schedule = watch_directory_3,30,90,"load.start=/path/to/data/ghi/*.torrent,d.set_directory=/path/to/data/GHI/"
schedule = watch_directory_4,30,90,"load.start=/path/to/data/jkl/*.torrent,d.set_directory=/path/to/data/JKL/"
schedule = watch_directory_5,30,90,"load.start=/path/to/data/mno/*.torrent,d.set_directory=/path/to/data/MNO/"
schedule = watch_directory_6,30,90,"load.start=/path/to/data/pqr/*.torrent,d.set_directory=/path/to/data/PQR/"
# Restart torrents that have been copied back…
schedule = tied_directory,5,15,start_tied=
#… and stop those that have been deleted
schedule = untied_directory,5,15,close_untied=
# Close torrents when diskspace is low.
schedule = low_diskspace,5,60,close_low_diskspace=50G
# Stop torrents when reaching upload ratio in percent,
# when also reaching total upload in bytes, or when
# reaching final upload ratio in percent.
# example: stop at ratio 2.0 with at least 200 MB uploaded, or else ratio 20.0
#schedule = ratio,60,60,stop_on_ratio=200,200M,2000
# The ip address reported to the tracker.
# ip = 91.121.112.71
#ip = rakshasa.no
# The ip address the listening socket and outgoing connections is
# bound to.
#bind = 127.0.0.1
#bind = rakshasa.no
# Port range to use for listening.
port_range = 40000-59999
# Start opening ports at a random position within the port range.
port_random = yes
# Check hash for finished torrents. Might be usefull until the bug is
# fixed that causes lack of diskspace not to be properly reported.
check_hash = yes
# Set whetever the client should try to connect to UDP trackers.
use_udp_trackers = yes
# Alternative calls to bind and ip that should handle dynamic ip's.
#schedule = ip_tick,0,1800,ip=rakshasa
#schedule = bind_tick,0,1800,bind=rakshasa
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
#
encryption = allow_incoming,try_outgoing,enable_retry
#,prefer_plaintext
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
# Sort the main view by ratio
view.sort_current = main,greater=d.get_ratio=
view.sort_new = main,less=d.get_ratio=
view.sort = main
# Sort the seeding view by the upload rate and only show torrents with peers
view.sort_current = seeding,greater=d.get_up_rate=
view.filter = seeding,"and=d.get_complete=,d.get_peers_connected="
view.sort_new = seeding,less=d.get_up_rate=
view.sort = seeding
# Sort the leeching view by name
view.sort_current = leeching,greater=d.get_name=
view.sort_new = leeching,greater=d.get_name=
view.sort = leeching
# Filter the active view by connected peers
view.sort_current = active,less=d.get_name=
view.sort_new = leeching,less=d.get_name=
view.filter = active,d.get_peers_connected=
view.sort = active
#
# Do not modify the following parameters unless you know what you're doing.
#
# Hash read-ahead controls how many MB to request the kernel to read
# ahead. If the value is too low the disk may not be fully utilized,
# while if too high the kernel might not be able to keep the read
# pages in memory thus end up trashing.
#hash_read_ahead = 10
# Interval between attempts to check the hash, in milliseconds.
#hash_interval = 100
# Number of attempts to check the hash while using the mincore status,
# before forcing. Overworked systems might need lower values to get a
# decent hash checking rate.
#hash_max_tries = 10
# Max number of files to keep open simultaniously.
#max_open_files = 64
# Number of sockets to simultaneously keep open.
#max_open_sockets = <no default>
# Example of scheduling commands: Switch between two ip's every 5
# seconds.
#schedule = "ip_tick1,5,10,ip=torretta"
#schedule = "ip_tick2,10,10,ip=lampedusa"
# Remove a scheduled event.
#schedule_remove = "ip_tick1"
Documentation on rtorrent is scarce and spread all
over the interwebs. Some options are self-explanatory, some are tricky,
and for some features there is not a hint on the man page.
This config lets you
· deal with seperate trackers
· keep the .torrent files in respective directories
· watch these directories for new torrents
· prefer encrypted connections
Probably there is no point in encrypted traffic, as it uses RC4 as
encryption algorithm, which is broken for years.
The numbers in like
schedule = tied_directory,5,15,start_tied=
mean task done for the first time 5 seconds after starting, then
every 15 seconds.
Basics
Control start / stopped state
^s – Start download item. Runs hash first unless already done.
^d – Stop an active download item, or remove a stopped one.
^k – Stop item and close all files, also set 'ignore commands' flag.
Global throttling
a|s|d – Increase the upload throttle by 1/5/50 KiB.
z|x|c – Decrease the upload throttle by 1/5/50 KiB.
A|S|D – Increase the download throttle by 1/5/50 KiB.
Z|X|C – Decrease the download throttle by 1/5/50 KiB.
Other general keys
‹up›|‹down› – Select an item.
‹left› – Go back to the previous screen.
^o – Set new download directory on a closed item.
^x – Open a prompt for rTorrent commands.
^q – Exit rTorrent (press twice to skip 'stop' tracker announces).
Errors & Warnings
A tracker returns a HTTP 5xx status page, or a similar HTML
response
Tracker: [Could not parse bencoded data]
When trying to load corrupt metafiles
Could not create download, the input is not a valid torrent
Data of an item is changed or removed, after it is marked as
complete;
recover by pressing Ctrl+kCtrl+eCtrl+r, then possibly Ctrl+s to re-download.
Download registered as completed, but hash check returned unfinished chunks.
Flow control
If you access rtorrent on another machine by screen, there are some
caveats with flow control. The remote terminal and rtorrent may use same
commands.
For rtorrent, Ctrl+s starts a torrent, and
Ctrl+q quits the application.
For the remote terminal, Ctrl+s is often used for terminal
control to stop screen output while Ctrl+q is used to start
it, so Ctrl+s instead of starting a torrent pauses flow,
therefore the session looks frozen.
You can check with
$ stty -a
To remove the mappings, change the terminal characteristics to
undefine the aforementioned special characters (i.e. stop and
start):
# stty stop undef
# stty start undef
Toggle off:
Ctrl+a Ctrl+f
should fix that for the moment.
To remove these mappings automatically at startup you may add the two
preceding commands to your e.g. ~/.bashrc file.
Scrolling through a huge amount of torrents is tedious, and one can
only scroll from one to the other without the ability to skip pages or
skip to the next first letter like jump to the next torrent
beginning with an H. But torrents can be filtered:
AltGr+End
opens the filter> prompt, and bar stre lists all
torrents containing Barbra Streisand in its name. Search is
case-insensitive. You can filter for regular expressions also, but using
RE may put some heavy load on the machine.
A new empty filtering ends the filtering.
Disable SSL verification
Usually you want a secured connection to the tracker to avoid MITM
attacks or your provider or other third party snooping your traffic. But
some trackers mess up their SSL renewal process from time to time. If
you consider your ratio more valueable than encrypted traffic, you might
add
network.http.ssl_verify_peer.set=0
to your config. Remember to comment it out if not needed anymore and
consider to reset your passkey. Furthermore, certificate checking can be
enabled or disabled for all trackers, not seperately for each
tracker.
A configuration template
# This is an example resource file for rTorrent. Copy to
# ~/.rtorrent.rc and enable/modify the options as needed.
# Uncomment the options you wish to enable.
#
# .rtorrent.rc for /path/to/data
pieces.sync.always_safe = yes
# Maximum and minimum number of peers to connect to per torrent.
# Many simultaneous up/ downloads and my old access point freaks out.
min_peers = 1
max_peers = 40
# Same as above but for seeding completed torrents (-1 = same as downloading)
min_peers_seed = 1
max_peers_seed = 40
# Maximum number of simultanious uploads per torrent.
max_uploads = 20
# Global upload and download rate in KiB. "0" for unlimited.
download_rate = 0
upload_rate = 0
# disable SSL verification. Do not uncomment unless you know what you're doing.
#network.http.ssl_verify_peer.set=0
# Default session directory. Make sure you don't run multiple instance
# of rtorrent using the same session directory. Perhaps using a
# relative path?
session = ~/rtorrentsession/
# Periodically save session data
schedule = session_save,500,120,session_save=
# Watch a directory for new torrents, save to corresponding folders and
# stop those that have been deleted.
schedule = watch_directory_1,30,90,"load.start=/path/to/data/abc/*.torrent,d.set_directory=/path/to/data/ABC/"
schedule = watch_directory_2,30,90,"load.start=/path/to/data/def/*.torrent,d.set_directory=/path/to/data/DEF/"
schedule = watch_directory_3,30,90,"load.start=/path/to/data/ghi/*.torrent,d.set_directory=/path/to/data/GHI/"
schedule = watch_directory_4,30,90,"load.start=/path/to/data/jkl/*.torrent,d.set_directory=/path/to/data/JKL/"
schedule = watch_directory_5,30,90,"load.start=/path/to/data/mno/*.torrent,d.set_directory=/path/to/data/MNO/"
schedule = watch_directory_6,30,90,"load.start=/path/to/data/pqr/*.torrent,d.set_directory=/path/to/data/PQR/"
# Restart torrents that have been copied back…
schedule = tied_directory,5,15,start_tied=
#… and stop those that have been deleted
schedule = untied_directory,5,15,close_untied=
# Close torrents when diskspace is low.
schedule = low_diskspace,5,60,close_low_diskspace=50G
# Stop torrents when reaching upload ratio in percent,
# when also reaching total upload in bytes, or when
# reaching final upload ratio in percent.
# example: stop at ratio 2.0 with at least 200 MB uploaded, or else ratio 20.0
#schedule = ratio,60,60,stop_on_ratio=200,200M,2000
# The ip address reported to the tracker.
# ip = 91.121.112.71
#ip = rakshasa.no
# The ip address the listening socket and outgoing connections is
# bound to.
#bind = 127.0.0.1
#bind = rakshasa.no
# Port range to use for listening.
port_range = 40000-59999
# Start opening ports at a random position within the port range.
port_random = yes
# Check hash for finished torrents. Might be usefull until the bug is
# fixed that causes lack of diskspace not to be properly reported.
check_hash = yes
# Set whetever the client should try to connect to UDP trackers.
use_udp_trackers = yes
# Alternative calls to bind and ip that should handle dynamic ip's.
#schedule = ip_tick,0,1800,ip=rakshasa
#schedule = bind_tick,0,1800,bind=rakshasa
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
#
encryption = allow_incoming,try_outgoing,enable_retry
#,prefer_plaintext
# Encryption options, set to none (default) or any combination of the following:
# allow_incoming, try_outgoing, require, require_RC4, enable_retry, prefer_plaintext
#
# The example value allows incoming encrypted connections, starts unencrypted
# outgoing connections but retries with encryption if they fail, preferring
# plaintext to RC4 encryption after the encrypted handshake
# Sort the main view by ratio
view.sort_current = main,greater=d.get_ratio=
view.sort_new = main,less=d.get_ratio=
view.sort = main
# Sort the seeding view by the upload rate and only show torrents with peers
view.sort_current = seeding,greater=d.get_up_rate=
view.filter = seeding,"and=d.get_complete=,d.get_peers_connected="
view.sort_new = seeding,less=d.get_up_rate=
view.sort = seeding
# Sort the leeching view by name
view.sort_current = leeching,greater=d.get_name=
view.sort_new = leeching,greater=d.get_name=
view.sort = leeching
# Filter the active view by connected peers
view.sort_current = active,less=d.get_name=
view.sort_new = leeching,less=d.get_name=
view.filter = active,d.get_peers_connected=
view.sort = active
#
# Do not modify the following parameters unless you know what you're doing.
#
# Hash read-ahead controls how many MB to request the kernel to read
# ahead. If the value is too low the disk may not be fully utilized,
# while if too high the kernel might not be able to keep the read
# pages in memory thus end up trashing.
#hash_read_ahead = 10
# Interval between attempts to check the hash, in milliseconds.
#hash_interval = 100
# Number of attempts to check the hash while using the mincore status,
# before forcing. Overworked systems might need lower values to get a
# decent hash checking rate.
#hash_max_tries = 10
# Max number of files to keep open simultaniously.
#max_open_files = 64
# Number of sockets to simultaneously keep open.
#max_open_sockets = <no default>
# Example of scheduling commands: Switch between two ip's every 5
# seconds.
#schedule = "ip_tick1,5,10,ip=torretta"
#schedule = "ip_tick2,10,10,ip=lampedusa"
# Remove a scheduled event.
#schedule_remove = "ip_tick1"